| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_0104 |
|---|
| Symbol | ileS |
|---|
| ID | 4927545 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Methanococcus maripaludis C5 |
|---|
| Kingdom | Archaea |
|---|
| Replicon accession | NC_009135 |
|---|
| Strand | - |
|---|
| Start bp | 91679 |
|---|
| End bp | 94783 |
|---|
| Gene Length | 3105 bp |
|---|
| Protein Length | 1034 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | 640165603 |
|---|
| Product | isoleucyl-tRNA synthetase |
|---|
| Protein accession | YP_001096636 |
|---|
| Protein GI | 134045150 |
|---|
| 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 | 21 |
|---|
| 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 | ATGAAACAAG TCAAATCCGT AAATTTTAGA GAATTGGACA AAAAAATAAA AGAATACTGG
GAAACAGAAA ATATCTACAA AAAAGTAAAG GCATTAAACG AACAAGGTCC TGAATACTAT
TTTGTTGACG GTCCTCCGTA CTGTTCTGGT GCAATACACC TCGGAACTGC TTGGAATAAA
ATTATAAAGG ATACTGTTTT AAGATTTAAA AGAATTCAAG GATACAACGT TTTAGATAAA
GCTGGATGGG ACATGCACGG GCTTCCTATC GAAGTTAAAG TGGAAAATGA ATTTAATATC
GGCTCTAAAA AGGATATTGA AACAAAAATC GGAACTTTAG AATTTATAAA CAAATGTAAA
GAGTTTGCAT TAAACCACCT CGAATTCATG GAAGTTCAGT TTAAAAATTT AGGTGTATGG
CTAGATTTTG AAAATGCATA CATGCCAATC AAAAGAGATT ACATGGAAAT GGGCTGGTGG
ACGCTTAAAA AAGCTCACGA AAAAGATTTA CTTACAAAAG ACTTGAGATC AGGATACTGG
TGCCCAAGAT GTGAAACTTC GCTTGCTGAA CATGAAGTAA GGGGGGAATA CAAAGAAGTA
CTCGACCCTT CAGTTTATGT AAAATTCAAA CTTGAAAAAA GCGATGAATA CATCACAATC
TGGACTACAA CTCCGTGGAC CCTTCCTTCA AACATGCTTG TATGTGTAAA TCCTGAATTT
GATTATGCAT ATGTTAATGT TGAATTTGAA AATGGAAACG TTGAAACATG GGTTATTGCT
GAAAAATTAG TAAACGACGT AATGAAAAAA GCTGAAAAAA ACAATGAAAT TTCAAAATTC
AGTATTTCAA AAGTAGTTAA AGGAGATTCA TTAATTGGAT TAAAATATAT TCACCCACTC
CTTGAAGAAA ATGAAAAACA GCAAGAATTT GCAAAAATAG AAAATGTGCA TACAATTGTT
CCTGGAGACC ACGTAACTCT TGAAGGCGGA ACTGGTTTAG TTCACACCGC ACCAGGATTT
GGTGAAGACG ACTTTAATAT TGGTAAAAAA TACAATATTC CAGTATATGC CCCAATTGAT
GATAACGGAA GATATATCGA TAGCATTTGG AAAGGAACTT TCGTAAAAGA TATGAATGAA
TCAGTTATTG AAACATTGAT ATCCAAAAAT TTACTCGTAA ACTCTGGAAA AGTAAAACAC
ACCTACCCGC ACTGCTGGAG ATGCAAAACA CCACTTTTAT TCAGGGCAAC CGAACAGTGG
TTCCTTTCAA TATCAAAAAT AAAAGAATCC ATTATTGAAC AGGGTAAAAC TGTTGACTGG
GTTCCAGACT GGGTTAAAAC AAGATACGTT AACGGAGTAA GTTTTGTTGG AGACTGGAAC
ATCTCAAGAC AAAGATACTG GGGAATTCCA CTTCCAATCT GGATATGTGA AGAATGTGGA
AATTATGAAG TAATCGGTTC AGTTGATGAA TTAACACAAA GAGCTAACGA AAAAGATTTA
GATTTAAGCG ATATCCACAA ACCTGCAGTT GATAACATTA CTTTGACATG CTCTTGTGGC
GGAAAAATGA AAAGAACTCC AGACGTTTTA GATGTTTGGT ATGACAGTGG TTTGGCACCA
TACGCGTCAA TTGGATCCAA AACTCTTAAA AAAGCTAAAT TTATTACTGA AGGAAACGAC
CAAGTTACAA AATGGTTCTA CTCACAGCAC GCATTAAGTG CAGTGGTATT TGACGATACT
TCTTACGAAA AATGTATGAT GCACGGGTTC ACACTTGATG AAACCGGAGA AAAAATGAGT
AAATCCTTAG GAAACATTGT AAGCCCTGAT GACGTTACAG AACAGTACGG TGCAGATGTT
TTAAGGTTTT ACCTTTTAAG TGCGAACAAG GCATGGGAAG ATTTAAGATT TTCATACTCC
GAAATGGATG AAACCAGAAG TATGTTAAAT ACGCTCTGGA ATTCGTACGC ATTCTCTGCA
AACTACATGG TTCTTGATGA TTTCGTTCCA AATGACGAAT ATTTCAAGCA TGTTAAAGAT
GAAGATGCAT GGATATTGAG CAGAATAAAC ACCGTTGCTA AAGAGGCTGT TGAAGCTTTA
GAAAAACCTC ATTTGCATAC GTACACATGG ACACTTAGAG ATTTTATACT TAACGACTTT
TCAAGATGGT ACATTAAATT AATTCGTGAC AGAACTTGGA TGGAGAAAAA CGACGTACAG
AAATTATCTG CATACCAGAC CCTATACTAT GTTATCATGA AATTAATTTC AATAATGGCT
CCGGTAACAC CGCACCTTTC AGAAGAAATC TACCAGAACT TGAAAACAGA AGATATGCCT
GAAAGCATCT TTATGAACAA GTTAACAATT GAATCTGAAT TTATAAATGA AACTCTTGAA
AAAGATACTG AAATTATCAG AGAAATTGTA GATTCAATCC TAAAAGGAAG AGATAAAGCA
AAATACACCT TAAGATATCC AATTACAAAA ATAACGCTTC CTGAAAACAT TGCTGAAACA
ATTGAAAAAT ACGGATACAT CATAAAAGAA CAAGGAAACG TAAAAGAAAT CGAACTAAAA
GAATTCGAAG GAAATGTAAC CGTAAAACCA GACTTCAAAG AGCTTGGAAA AATATTCAGA
AGCGACGTTC CAAAAGTGGT TGCTGCAATA AACTCAGTAG ATCCAAAAGA ACTCAAAGAA
AACTTGAAAT CCGGAGAATT TGAAATTTCT GAATATGTTT TAAAACCAGA ATACGTTGAA
TTCAGAGTTG AAATCCCTGA AAATATCATC GGTGTAGAAT TTTCAAAAGG AAACGTTTAC
ATCAACATTG ACATGAACGA TGAAGTAATC ACCGAAGGAT TGGTTAGAGA AGTTATTAGA
AGAATCCAAT CAATGAGAAA AGATATGGAT TTGGATATTA ACGAAAAAAT CAATGTTAAA
CTAGAAGGAC TCGATTTCAG TAGCGATTAC CTGAATCATA TCGCAAATGA AGTTAGAGGA
AACTTCGTTG ATAGTTTAAA ATCAGATTAC AATCAAAAAT GGACAATAAA AACTCCAAAT
GAAGAAACTT ACGATATCTC AATCGATATT GAAAAAATGA AATAA
|
|---|
| Protein sequence | MKQVKSVNFR ELDKKIKEYW ETENIYKKVK ALNEQGPEYY FVDGPPYCSG AIHLGTAWNK
IIKDTVLRFK RIQGYNVLDK AGWDMHGLPI EVKVENEFNI GSKKDIETKI GTLEFINKCK
EFALNHLEFM EVQFKNLGVW LDFENAYMPI KRDYMEMGWW TLKKAHEKDL LTKDLRSGYW
CPRCETSLAE HEVRGEYKEV LDPSVYVKFK LEKSDEYITI WTTTPWTLPS NMLVCVNPEF
DYAYVNVEFE NGNVETWVIA EKLVNDVMKK AEKNNEISKF SISKVVKGDS LIGLKYIHPL
LEENEKQQEF AKIENVHTIV PGDHVTLEGG TGLVHTAPGF GEDDFNIGKK YNIPVYAPID
DNGRYIDSIW KGTFVKDMNE SVIETLISKN LLVNSGKVKH TYPHCWRCKT PLLFRATEQW
FLSISKIKES IIEQGKTVDW VPDWVKTRYV NGVSFVGDWN ISRQRYWGIP LPIWICEECG
NYEVIGSVDE LTQRANEKDL DLSDIHKPAV DNITLTCSCG GKMKRTPDVL DVWYDSGLAP
YASIGSKTLK KAKFITEGND QVTKWFYSQH ALSAVVFDDT SYEKCMMHGF TLDETGEKMS
KSLGNIVSPD DVTEQYGADV LRFYLLSANK AWEDLRFSYS EMDETRSMLN TLWNSYAFSA
NYMVLDDFVP NDEYFKHVKD EDAWILSRIN TVAKEAVEAL EKPHLHTYTW TLRDFILNDF
SRWYIKLIRD RTWMEKNDVQ KLSAYQTLYY VIMKLISIMA PVTPHLSEEI YQNLKTEDMP
ESIFMNKLTI ESEFINETLE KDTEIIREIV DSILKGRDKA KYTLRYPITK ITLPENIAET
IEKYGYIIKE QGNVKEIELK EFEGNVTVKP DFKELGKIFR SDVPKVVAAI NSVDPKELKE
NLKSGEFEIS EYVLKPEYVE FRVEIPENII GVEFSKGNVY INIDMNDEVI TEGLVREVIR
RIQSMRKDMD LDINEKINVK LEGLDFSSDY LNHIANEVRG NFVDSLKSDY NQKWTIKTPN
EETYDISIDI EKMK
|
|---|
| |