| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0789 |
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| Symbol | |
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| ID | 6314588 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | + |
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| Start bp | 820963 |
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| End bp | 823506 |
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| Gene Length | 2544 bp |
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| Protein Length | 847 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 642643164 |
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| Product | hypothetical protein |
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| Protein accession | YP_001916964 |
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| Protein GI | 188585419 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1700] Uncharacterized conserved protein |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 0.968765 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 28 |
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| Fosmid unclonability p-value | 0.000702258 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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| |
Sequence |
| Gene sequence | ATGGCTTCAC TTCATTCTGG CTCTAAACTT AAAGAATTAC TAGTTATAGA AACTGATAGA
TTTACATTGT CAATCAAAGG CTTGCCTGTA AATAAAAATA ACGATGGAAA GCTACATAAT
ATCAAGCAAA AAAGAAGTTA TGTTAGTGTA GAGTCCTTTG TAGATCAAAG CTATCAAGTG
AAGATTTTTG ATCCTAAAAG TCCTAGCGGA TTAAGACCAT ATTACTATGA AGGAATGCCC
CCGTGTTTTT TTGAGCAAAC AAATTATGAA GTAGTTTTGG AAGTTAATGA TGGTAACAAT
GATTATAAAC TTACCCATGA TAATCCTCAT TTAGATAATG CAGTTACCCC TACAGGAAGT
AGTGGTCAGA TATATACTGG AGTAATCAAT TTCCACAATG ACATCGGGTT TTCACGGTTT
GTGCTAGAAG AAAATGGTGT TAAAATTTTT TCTTTTGAAA TAGAAGTTTT TCCAAGTAAA
TTGGATTATA TAGAGGATTT CTATCAGATG CTTCAAGAAG TTAACCAAGA AATTTATAAT
TTGGCTTTTG ATTTTCTTAG AAGGACATAT TTTTCTGCAC AGATAACAAA AGAAGAAACT
CCATCTGAAG CAGAATTTTA TACAATAATT TCAGCTATTT TTAAGGAATT TTATAATTCC
TTGGAGCGTG TTAAAAATCA ACCCCATCAT AAAATAGTTC CTTCAAATAA AGTTGTTAGA
CCTGAAAAAG CGAAAAAGAA TAACAAAGAT ACTCTTAAAT GGCTTCAAAA AAGACCTAAT
ATAATGCAAA AGAGTTCTCA TTCTGGCATA GCTATTAACA ATAACAATTA CATTCCAAGA
AAAATTTTAG ATACTAAAAA AGAATTTAGT TATGATACTT ATGAGAACAG ATTTTTGAAG
TGGATTCTTC TAGTAATAGA TAAAAAATTA AAGAGATTCT CAGAAAAACT GAATAATGAA
CAACTAGAAG TTAAAGAAGA AGTACAAAAT GAAATTAATA AAATGAGATC TAAACTAAGA
CACTTTATTA ACTATAGTTT TCTACAATTT GCAGGAAGAT TAACTAGATT AGAAAGTAGT
TCCTTAGTGA TGCAGATGGG ACAAGGATAT CGTGATGTTT ATAAATATTA CCTTATGATG
AAAAAAGGCT TAAATCTAAC CTCTGATTTT TTCGATATTT CAATAAAAGA TGTGGCTTTA
CTTTATGAGT ACTGGTGCTT TTTAAAGTTA AATTCTCTAC TTAGAAATAA GTATCAACTG
GAATACAATG ATCTAATTAG CTTAGATAGA TCTGGGATTA TAGTGAAATT AAAGAAGGGA
AGGGAATCCC AGTTAACCTA TCGAGATCCT AAAACAAACG AACAGTTTAC TGTAGCTTAT
AATAGGGCTT TTAACAACTT GCCTACTGTT GGTCAACATC CAGATAACAT CCTGTCTATA
AAGAAAAGTG ACTCAAATGT CCGCTATCAG TACATTTTCG ATGCAAAATA TCGACTGGAT
ACAAGTATTG AATATAAACA GAAGTTTAAT CAAATCGGAC CACCAGTAGA TACCATTAAT
GCTATGCATC GTTATCGTGA CGCTATAGTA GCTAATAACA AACATAAAGA AGATTATACT
AGGGATATTT TCGGAGCTTT TGTACTATTT CCTCATAATA ATGAACAGAA ATTTGCGGGA
TTAGAAGGCG GGAAGCCAAG CAAGTTTTAT GATAGTATTT CTGAAATTAG TATTGGAGCT
TTACCATTCT TACCAAGTCA AGCTAAACTA GTAAAATCTT TTCTTGATGA TTTATTACTA
GAGTCATCAG ATACTGCTTT TGAGCGTTCT GTAATACAAC AGGGAACTAG AAATTACTTC
GATAAACAAC AACAAATTAG CGATGTCCTT ATTGGACCTC TAAGACGAGC AGAACAACTT
GAATTGTGTT TAAACAATAA TATGTACTAT ACCTACCTTG ATCAGGTTAA AAATCAACTT
GGTTTACTTC GATATATTGC ACTCTACCAA TCAAAGCGGA AATTTCAGAA CCAACAAGAA
CAAGGGATTT TCTACTATGG AAAAATACAA GAGTATTATA TTATTCCTAG AAAAGAAATC
AAAGAGGTTA AAGCAGCCTC ACAACCTAAT GAATTAGCTG TTAAATTTAT AGTTGATGAA
TGGAAAAAAC TTGATAAACC TATAAAGCCT CAAGGTTATG GTCCTCAGGG TCCGCAATTT
ACTAACTGGT ACCTCTTTAG AGAGGCTGAA ACGTATCCAG AACTTCATCT GACTTGGGAA
GAGATGCGGT TGTTGAAAGA GCTGAGACGT ATAGAAAACC AAGCCCAATT TAAGTTTCCT
ACAGAGATGA TTAAATCTGA TGAACGATTT GAACTTATTG AATTTCCCGA GTTGATCATA
GAAAGAGTAG ATCAAGAAAG ATTCAAGGTT ATTACTGATT ATGATGAAGA AATTTTTAAG
TTTCAAGATC TGCGAGGTCA AGCAAGAGTA ATATTGAAAA ATATAATAGA GATATGGAAA
TTGGGGGTTA GTAATAAAAA ATAA
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| Protein sequence | MASLHSGSKL KELLVIETDR FTLSIKGLPV NKNNDGKLHN IKQKRSYVSV ESFVDQSYQV
KIFDPKSPSG LRPYYYEGMP PCFFEQTNYE VVLEVNDGNN DYKLTHDNPH LDNAVTPTGS
SGQIYTGVIN FHNDIGFSRF VLEENGVKIF SFEIEVFPSK LDYIEDFYQM LQEVNQEIYN
LAFDFLRRTY FSAQITKEET PSEAEFYTII SAIFKEFYNS LERVKNQPHH KIVPSNKVVR
PEKAKKNNKD TLKWLQKRPN IMQKSSHSGI AINNNNYIPR KILDTKKEFS YDTYENRFLK
WILLVIDKKL KRFSEKLNNE QLEVKEEVQN EINKMRSKLR HFINYSFLQF AGRLTRLESS
SLVMQMGQGY RDVYKYYLMM KKGLNLTSDF FDISIKDVAL LYEYWCFLKL NSLLRNKYQL
EYNDLISLDR SGIIVKLKKG RESQLTYRDP KTNEQFTVAY NRAFNNLPTV GQHPDNILSI
KKSDSNVRYQ YIFDAKYRLD TSIEYKQKFN QIGPPVDTIN AMHRYRDAIV ANNKHKEDYT
RDIFGAFVLF PHNNEQKFAG LEGGKPSKFY DSISEISIGA LPFLPSQAKL VKSFLDDLLL
ESSDTAFERS VIQQGTRNYF DKQQQISDVL IGPLRRAEQL ELCLNNNMYY TYLDQVKNQL
GLLRYIALYQ SKRKFQNQQE QGIFYYGKIQ EYYIIPRKEI KEVKAASQPN ELAVKFIVDE
WKKLDKPIKP QGYGPQGPQF TNWYLFREAE TYPELHLTWE EMRLLKELRR IENQAQFKFP
TEMIKSDERF ELIEFPELII ERVDQERFKV ITDYDEEIFK FQDLRGQARV ILKNIIEIWK
LGVSNKK
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