| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPF_2865 |
|---|
| Symbol | ileS |
|---|
| ID | 4203554 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Clostridium perfringens ATCC 13124 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_008261 |
|---|
| Strand | - |
|---|
| Start bp | 3131328 |
|---|
| End bp | 3134447 |
|---|
| Gene Length | 3120 bp |
|---|
| Protein Length | 1039 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 33% |
|---|
| IMG OID | 638083732 |
|---|
| Product | isoleucyl-tRNA synthetase |
|---|
| Protein accession | YP_697229 |
|---|
| Protein GI | 110800157 |
|---|
| COG category | [J] Translation, ribosomal structure and biogenesis |
|---|
| COG ID | [COG0060] Isoleucyl-tRNA synthetase |
|---|
| TIGRFAM ID | [TIGR00392] isoleucyl-tRNA synthetase |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 5 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGTATAAAA AAGTTGAATT ACCTAAGGGT TTTGTAGGCG TAGAAAAAGA AGTTGCAGAC
CTTTGGAAAG AAAAAAACAT AATAAAAAAG AACTTTGATA TGAATCAAGA TGGTGAATAC
TTTACTTTCT ATGACGGACC TCCAACAGCT AATGGTAAAC CACACGTAGG TCACGTATTA
ACAAGAGTTA TGAAAGATAT AATCCCAAGA TACAAAGTTA TGAAGGGATA TAAAGTTATA
AGAAAAGCTG GATGGGATAC TCATGGACTT CCAGTTGAGC TTGAAATAGA GAAGAAGTTA
GGAATTTCAG GTAAACCTCA AATAGAGGAT TACGGTGTTG AGAAATTCGT AACTGAGTGT
AAAGATAGTG TATTCACATA TGTTAGCATG TGGGAAAAAA TGACTGAGCA AATAGGTTAT
TGGGTAGATA TGGAGAATCC ATATGTTACT TATCACAATC CATACATAGA ATCAGTATGG
TGGGCTTTAA AACAAATGTG GGATAAAAAA CTTTTATACA AAGGTTATAA AACAATGCCT
TACTGCCCAA GATGTGGAAC AAGTTTATCA TCACACGAAG TTTCACAAGG ATACAAGGAT
GTTAAGGACT TAACTGCTGT AGCTAAGTTT AAAGTTAAAG GAGAAGATAA TAAGTACTTC
TTAGCTTGGA CAACAACTCC TTGGACTTTA CCTTCAAACG TTGCTTTATG TATAAATAAA
GCTTATGACT ATGTAGAAGC TAAGCAAGCT GAAGGTGATG AAATCTTCAT CTTAGCTAAA
GAATTAGCAC CTAAGGTTTT AGGAGAAGGA TTTGAAATAG TTAGAGAGTT CAAAGGTGAA
GAGTTATTAG GAATGGAATA TGAGCAATTA TTACCATTTG TAACTCCAAC TGAAGGAAAA
GCTTTCGTAG TTGTTCATGG TGACTATGTA ACTTTATCAG ATGGTACTGG TATAGTTCAT
ATAGCTCCTG CTTATGGTGA GGACGATAAC TTAATAGGAA AGCAAAATGG ATTAGCATTC
TTAAACTTAG TTGACTTAAG TGGTAACTTT GTAGAAGAAG TAACTCCATG GGCTGGAAAA
TTCGTTAAGA AATGTGACCA ACAAATCGTT GATTACTTAA AAGAACAAAA TAAATTATTT
AAAGCTGAAA AGCATACTCA CTCATATCCA CATTGTTGGA GATGTGACAC ACCACTTCTT
TACTATCCAA AAGAAAGCTG GTTTGTTGCA ATGACAACTT TAAGAGACAA ACTTTTAGCT
AACAATGAAA AAATAAATTG GTACCCAGAT AACATAAAGA ACGGTAGATT TGGTAAGTTC
TTAGAGAATG TTATAGATTG GGGTATCTCA AGAGATAGAT ACTGGGGAAC TCCACTTCCA
ATATGGGAAT GTGAATGCGG ACACAGAGAA TGTATAGGAA GCATTGAAGA GTTAAAAACT
AAAGGAATAA ATGTTCCAGA AGATATAGAA CTTCATAAAC CATATATCGA TAAAGTTCAT
TTAAATTGTC CTCATTGTAA TAAAGAGATG AAAAGAACAG CTGAGGTTAT AGACTGTTGG
TTTGATTCAG GATCAATGCC ATTTGCTCAA CATCACTATC CATTTGAGAA CAAAGAATTA
TTTGAAGCTA ACTACCCAGC TCAATTCATA TCAGAAGCTG TTGACCAAAC AAGAGGATGG
TTCTATACAT TATTAGCAAT ATCAACTGCT ATATTTGATA GAAATCCATT TGAAAACTGT
ATAGTTTTAG GTCACGTTCT TGATAAGAAG GGCTTAAAGA TGTCAAAATC TAAGGGTAAC
GTAGTTGATC CATTTGAAGT ACTTGATTCA CAAGGTGCTG ATGCTACAAG ATGGCATTTC
TATACTGCAA GTGCTCCATG GTTACCAACT AGATTCTCAA TAGAAGATGT TGCTGAAACT
CAAAGAAAAT TCTTAAGCAC ATTATGGAAT GTTTACTCAT TCTATGTTTT ATATGCAGAG
TTAGACAGCT TCAATCCATT AGACTACAAA GATTTCGTAT CAGATAACGT AATGGATAAA
TGGATAATGT CAAAACTTAA TACTTTAGTT AAGGATGTAG ACGATCATTT AAATAATTAT
AGAATAACTC AAGCTGCTTT AGAAATAGAA GAGTTTACTG ATGAGTTATC AAACTGGTAT
GTAAGAAGAA ATAGAGCTAG ATACTGGTCA GAAGAATTAA CTGATGACAA GATAGGTGCA
TACACTACTT TATACAGAGT TTTAGTAACT TTATGTAAAG TTGCAGCTCC ATTCGTACCA
TTTATAACAG AAGAAATTTA TCAAAACTTA GTAGTTAACT TAGATGAAAA TGCTTTAGAA
AGTATTCACT TAGGAGCATG GCCAGAAGTT GATGAAAAGG CTATAGATAA AAAATTAGAA
GAAAAAATGG ATTTAGCTTA TAAGATAGTT AAACTTGGAA GAAGTGCTAG AAACGGTGCT
AACATCAAGA ATAGACAGCC ACTTTCAAAA ATGCTTCTTT CAACTTCAGA GCTTCCAGAT
TATTATGGAG ACATAATTAA AGATGAGTTA AACATCAAGG AAGTAGAATT AGGAGCTGAC
CTTTCTAAAT ATGTTAACTT CGAAATTAAG CCTAACCTAC CTGTTTTAGG AAGAGCTTAT
GGTAAGTTAA TACCAGCTAT AAGAAAAGAA ATAGCTTCAA GAAACCAAAT GGAATTAGCT
CAAAAAATCC AAAATGGTGG AGTAGAAGTT ATCACTGTAG ATGGAAATGA AATAGAATTA
AATGCTGAAA ACTTACTTGT AACAATGCAA GGATTAGAAG GATTCGCATT TGCTGGAGAA
GGATCAGTTG GTGTTGTTTT AGATACTACT ATAACTGATG AATTAAGAGA AGAAGGTCAT
GTAAGAGAAA TCATATCAAA AATCCAAAAC ATGAGAAAAG AAAGTGGATT TGAGGTTGCT
GATAAGATAA CTCTTTACGT AGCTGAAAAT GATATGCTTT TAGATGTAAT CAAGAAATTT
GAAGATGTTA TAAAGAAAGA AACTTTAACT GAAGAAATTG TTTATAACGG AGATGCTGAT
TACTCAGAAG CTAAAGTAAA TGGTGAAATA TTAAAAATGG CTGTTTCAAA AAGAGCTTAA
|
|---|
| Protein sequence | MYKKVELPKG FVGVEKEVAD LWKEKNIIKK NFDMNQDGEY FTFYDGPPTA NGKPHVGHVL
TRVMKDIIPR YKVMKGYKVI RKAGWDTHGL PVELEIEKKL GISGKPQIED YGVEKFVTEC
KDSVFTYVSM WEKMTEQIGY WVDMENPYVT YHNPYIESVW WALKQMWDKK LLYKGYKTMP
YCPRCGTSLS SHEVSQGYKD VKDLTAVAKF KVKGEDNKYF LAWTTTPWTL PSNVALCINK
AYDYVEAKQA EGDEIFILAK ELAPKVLGEG FEIVREFKGE ELLGMEYEQL LPFVTPTEGK
AFVVVHGDYV TLSDGTGIVH IAPAYGEDDN LIGKQNGLAF LNLVDLSGNF VEEVTPWAGK
FVKKCDQQIV DYLKEQNKLF KAEKHTHSYP HCWRCDTPLL YYPKESWFVA MTTLRDKLLA
NNEKINWYPD NIKNGRFGKF LENVIDWGIS RDRYWGTPLP IWECECGHRE CIGSIEELKT
KGINVPEDIE LHKPYIDKVH LNCPHCNKEM KRTAEVIDCW FDSGSMPFAQ HHYPFENKEL
FEANYPAQFI SEAVDQTRGW FYTLLAISTA IFDRNPFENC IVLGHVLDKK GLKMSKSKGN
VVDPFEVLDS QGADATRWHF YTASAPWLPT RFSIEDVAET QRKFLSTLWN VYSFYVLYAE
LDSFNPLDYK DFVSDNVMDK WIMSKLNTLV KDVDDHLNNY RITQAALEIE EFTDELSNWY
VRRNRARYWS EELTDDKIGA YTTLYRVLVT LCKVAAPFVP FITEEIYQNL VVNLDENALE
SIHLGAWPEV DEKAIDKKLE EKMDLAYKIV KLGRSARNGA NIKNRQPLSK MLLSTSELPD
YYGDIIKDEL NIKEVELGAD LSKYVNFEIK PNLPVLGRAY GKLIPAIRKE IASRNQMELA
QKIQNGGVEV ITVDGNEIEL NAENLLVTMQ GLEGFAFAGE GSVGVVLDTT ITDELREEGH
VREIISKIQN MRKESGFEVA DKITLYVAEN DMLLDVIKKF EDVIKKETLT EEIVYNGDAD
YSEAKVNGEI LKMAVSKRA
|
|---|
| |