| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_1794 |
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| Symbol | |
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| ID | 5756596 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | + |
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| Start bp | 1966321 |
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| End bp | 1970901 |
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| Gene Length | 4581 bp |
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| Protein Length | 1526 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 641302983 |
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| Product | glutamate synthase (ferredoxin) |
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| Protein accession | YP_001568806 |
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| Protein GI | 160903225 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0069] Glutamate synthase domain 2 |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.856198 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAATAATG GGCTTTACGA TCCAAAGTTT GAGCATGATG CTTGTGGAGT TGGATTAGTT
GCAAGTACAA AAGGAATAAA GTCACATGAA ATAGTTGACA AATCGTTGAG CGTTTTAAAA
AATATGGCTC ATCGTGGTGC GCGAGGCAGA GAAGAAAATG ATGGGGACGG GGCAGGGGTA
CTGCTTCAGC TTCCCCATGA TTTTTTAATA AACGTATCAA AACACTTAGG ATTCAAGCTT
CCGAATCAAA ATGAATATGC CGTGGGTATG GTTTTTTGTC CCCGAGATAA AACTCTTACA
AATATCTTCA AACAACAATT TGAAAAAATA GTCACCGATC AAGGCCAAAA AGTAATAGGT
TGGAGAGATG TACCTATCAA TAAAGCATTT GTTGGCCCAA CTGCATTAAA AAGCATGCCA
TCTTTTCTAC AAGTTTTTAT CGCTAAGAAT CCTTCCTTGA AATCTGAAAT AGAATTTGAA
AGAAAATTGT ACCTAATTAG GAAAAAAAGT GAAAAAGAGA TAAAAATACC GTACACAGAT
GAAAATAAAA CCTTTTATAT AGCAAGTCTA TCCTCTAAAA CAATTGTTTA CAAAGGGATG
TTAACAGCGG AACAATTAAA ACACTTTTTC CCAGACTTGA CTGATCCTCT TTTCAAATCG
GCGTTTTCTA TTGTACACTC CAGATTCAGT ACGAACACAT TTCCCAGTTG GAAACGGGCT
CACCCTTATA GGTACATGGT TCACAACGGT GAGATCAACA CTATAATTGG TAATGTTAAC
TGGATGAAGG CAAGGCAATC CAAGGTAAGC ACAGATATCT TTGGAGAAAA CATTGAGGAC
ATCTTCCCAA TAATCGATGA AGATGGCAGT GATTCAGCAA TGTTTGACAA CAATTTAGAA
TTCCTTTATT TGTCTGGTAG ATCGCTACCT CATTCGATAA TGATGATGAT ACCCGAACCT
TGGGAAAACA ATCAAACGAT GGATGTAGAA AAGAAAGCGT TTTATGAATT TCACAGTTGC
TTGATGGAAC CTTGGGATGG CCCTGCGGCG ATTATTTTTA CCGATGGTAC AAAAGTAGGT
GCGACACTGG ACAGAAATGG ATTGAGACCA TTAAGATACT ACATAACGGA TGATGAATTG
ATACTTGCTT CAGAGGCTGG GGTCCTTGAA ATACCTCCTC AAAAGATTTC AACTAAGGGA
AGGATCACGC CAGGGAATAT GTTGTTGCTG GATATTGAAA AAGGTCGAAT TCTAAATGAC
GAAGAGATAA AACGACCGAT AATTTCAGAA AAGCCATATT TCTCATGGGT AAAAGAGAAC
ATTGTGAATA TTGAGGATCT TCCTGAGCAT CCAAAAAAGA GAAATATGGA AATTAATGAT
GTATCTTTAA CTACAAAACA AAAATGTTTC GGATACACAT TTGAGGACAT TGAAATGATC
ATAGAACCTA TGGTTATGGA TGCTTCCGAC CCCGTTGGGG CCATGGGGGA TGACACACCT
TTGGCCGTCT TATCTGAACG TCCAAAGTTA TTGTATGAAT ATTTCAAACA GCTTTTCGCT
CAAGTAACCA ATCCTCCAAT AGATGCTATA AGAGAAAAAA TAGTCACCTC TACCCATCTT
TACATAGGTT CTGAAGGTAA TCTTATTGAT CCATCATCCA TCAGTTGTAG GCAAATAAAG
ATCGAAAACC CTATTCTTAC CAACGATGAA ATAGAAAAAA TAAAAAACAT TGACTTAGAA
GGTTTCAAAA CCGTTATCTT ACCCATCTTG TACAAGGTAA AAGATGGAGA AGAAGGGCTA
AAAAAAGCAA TTGCAAACCT CTTTCAAAAG GCTGATTCTG CCATAAACGA TGGTGCAAAT
ATATTAATAT TGTCGGATAA AGGAATTAAC CAAGATTATG CTCCAATTCC AGCTTTACTA
GCGGTATCGG GTATTCATCA CCATTTGGTT AGAAGAGAAA ATAGGACGGA GATTGGAATA
ATCTTGGAAT CTGCAGAACC AAGAGAAGTA CATCATTTTT GTACACTCAT AAGTTATGGT
GCTTCTGCTA TCAATCCATA TCTCACCTAT GAAAGTATTG AAAGTTTAGT TAATAAAGGT
TACATTAAAG GTTTGAAATA TGAAGAAGCC GTTCAAAGGT ATAAAGATGC TGCCTTGAAA
GGTATTCAAA AAGTGTTATC AAAGCTTGGG ATCTCGACCC TTCAAGGCTA TCAAGGTGCT
CAAACCTTCG AAATAGTAGG GATAAAAAAG TCTATCGTAG AGCAATTTTT TACTGGAACC
ACTTCACAAA TAGAAGGAAT AGGCCTAAAA GAAATAGCTC AAGAAATTTC TAAACGCCAT
TCAAATGCAT TTGATCAGGT TAATAAAGGA TCGGTGCTTG ATTCAGAAGG TCTTATAAAA
TGGAGGGCAA AAGGTGAGTA TCACTTGTAT AACCCCGAAT CCATCTATTA TTTACAAAAT
GCTGTTAAAA ACAACGATTA TGAACTTTTC AAAAAGTTTT CACAATCTAT AGTCGACGAA
GATGCAAAAT TATACAGTTT GAGAAGTCTT TTTGAGTTCA ATTTTGATAA AACGAAAGCA
ATTCCCCTTG ACGAAGTAGA ACCTGTGGAA TCGATTGTTA AAAGATTCAA AACAGGAGCT
ATGTCTTTTG GGTCAATAAG TCAAGAAGCA CACGAGGCCA TAGCAATAGC GATGAATCGA
ATAGGTGCCA AGAGTAACAC AGGTGAAGGA GGGGAGGATT CAAACCGTTT CGCAAAAGAA
CAAAATGGGG ATTCAAAGAA TAGTTCAATA AAGCAAGTTG CTTCTGGAAG ATTCGGAGTC
ACGATCAACT ACTTAAACAA CGCTCAAGAG ATCCAAATAA AGATAGCACA AGGTGCAAAA
CCTGGGGAAG GTGGGGAGCT ACCTGGGAAC AAGGTTTATC CGTGGGTGGC AAAGGTAAGG
AACTCTATTC CAGGAGTTAC TCTCATTTCA CCTCCTCCAC ACCACGATAT CTACTCGATA
GAAGATTTAG CAGAATTGAT ATACGACCTA AAAAACGCTA ATAGAAACGC TCGAATAAAC
GTAAAATTAG TTTCAAAATC TGGTGTAGGT ACTATAGCAG CGGGCGTAGC AAAAGCTGGA
GCGGATGTTA TATTGATAAG CGGTTTTGAT GGAGGTACAG GTGCTTCACC ACGTACTAGT
ATAAGGCACG CTGGTTTGCC ATGGGAGTTA GGATTGGCGG AAACTCATCA AACCTTGGTG
ATGAACAAGT TGAGAGATAG GGTCACTTTG GAAACGGATG GTAAGTTACT AACAGGAAAA
GACATAGTGA TTGCCGCACT TTTAGGTGCA GAAGAGTTTG GATTTGCCAC AATTGTGTTA
GTTGCCTTAG GGTGTGTCAT GATGAGAGTT TGCAATTTGG ATACATGTCC TGTGGGAATT
GCAACACAAA ACCCTGTACT GAGAAAAAAT TTCAAAGGCG ATCCTCAATA CGTTATCAAT
CTCATGTACT TTCTCGCCTC TGAAGTAAGG GAATATATGG CCAAGTTAGG GTTCAGAACG
GTTAGTGAAA TGGTTGGGCG TGTGGATATA TTAAGACAAA AAGAAATAAA AAATCATTGG
AAAGCACATA GTATCGATCT TTCAAAATTA TTATACAAAC CAGAAATAAC AAATTACTCA
TTCAGCCAAT ATCCTAAACC AATAAACAAT GGTTTATCAG ATACCTTGGA CATAACTAAA
TTACTTCCCA TTTGCAAGAA TGCACTAGAA TACGGAGAAA AAATTGAGGC CACTTTAGAT
ATAAAAAATG TGAATAGAAC CGTTGGAACA ATTTTGGGAA ATGAAATAAT TAAAAGATAT
GGTGAGGAAG GACTGCCTGA AGATACAATA AAAATACATT TCAAAGGATC AGCTGGTCAA
AGTTTTGGAG CCTTCATACC CAAGGGGGAA ACGTTGATAT TAGAAGGCGA TTCAAACGAT
TACATAGCTA AAGGTTTATC GGGCGGAAAA ATTATTGTAT ATCCACCCAA GGATTCTCAA
TTCTATGCAG AAGAAAATGT AATTGTTGGT AACGTTGCCT TGTATGGAGC AACGAGCGGT
GAAATATACA TCAGTGGTTT AGCGGGCGAA CGTTTCGCGG TCAGAAACAG TGGGGCTACG
GCTGTTGCCG AAGGTGTTGG TGAACATGGA TGTGAATATA TGACAGGTGG GAAGGTTGTT
ATACTTGGTA AAACGGGTAG AAACTTTGCT GCAGGTATGT CAGGTGGAAT AGCCTACGTA
TATGACAAAG ACAATAGCTT TGAATCCAAA TGTAACAAAG ATACCGTTTT GTTGGAAAAA
GTTGAAGAAG AGAACGAAGA GAACGAAATA AAAGAACTGA TAAAAAAGCA TTACGAATAC
ACGAGTAGTA ATGTGGCTAA AAACATTTTG AACAATTGGG GAAAAGCTAA AGAAAGATTC
GTTAAGGTTA TACCCAAAGA TTACAAGAGA ATGATGAAAG CTGTAAAAAG GATGCATATC
GAAGGGATTA CTGGTGAAGA AGCACTTATG AAGGCTTTTG AAGATAATTA CAAGCAACAA
TCTTTGGTTG AAATGCATTG A
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| Protein sequence | MNNGLYDPKF EHDACGVGLV ASTKGIKSHE IVDKSLSVLK NMAHRGARGR EENDGDGAGV
LLQLPHDFLI NVSKHLGFKL PNQNEYAVGM VFCPRDKTLT NIFKQQFEKI VTDQGQKVIG
WRDVPINKAF VGPTALKSMP SFLQVFIAKN PSLKSEIEFE RKLYLIRKKS EKEIKIPYTD
ENKTFYIASL SSKTIVYKGM LTAEQLKHFF PDLTDPLFKS AFSIVHSRFS TNTFPSWKRA
HPYRYMVHNG EINTIIGNVN WMKARQSKVS TDIFGENIED IFPIIDEDGS DSAMFDNNLE
FLYLSGRSLP HSIMMMIPEP WENNQTMDVE KKAFYEFHSC LMEPWDGPAA IIFTDGTKVG
ATLDRNGLRP LRYYITDDEL ILASEAGVLE IPPQKISTKG RITPGNMLLL DIEKGRILND
EEIKRPIISE KPYFSWVKEN IVNIEDLPEH PKKRNMEIND VSLTTKQKCF GYTFEDIEMI
IEPMVMDASD PVGAMGDDTP LAVLSERPKL LYEYFKQLFA QVTNPPIDAI REKIVTSTHL
YIGSEGNLID PSSISCRQIK IENPILTNDE IEKIKNIDLE GFKTVILPIL YKVKDGEEGL
KKAIANLFQK ADSAINDGAN ILILSDKGIN QDYAPIPALL AVSGIHHHLV RRENRTEIGI
ILESAEPREV HHFCTLISYG ASAINPYLTY ESIESLVNKG YIKGLKYEEA VQRYKDAALK
GIQKVLSKLG ISTLQGYQGA QTFEIVGIKK SIVEQFFTGT TSQIEGIGLK EIAQEISKRH
SNAFDQVNKG SVLDSEGLIK WRAKGEYHLY NPESIYYLQN AVKNNDYELF KKFSQSIVDE
DAKLYSLRSL FEFNFDKTKA IPLDEVEPVE SIVKRFKTGA MSFGSISQEA HEAIAIAMNR
IGAKSNTGEG GEDSNRFAKE QNGDSKNSSI KQVASGRFGV TINYLNNAQE IQIKIAQGAK
PGEGGELPGN KVYPWVAKVR NSIPGVTLIS PPPHHDIYSI EDLAELIYDL KNANRNARIN
VKLVSKSGVG TIAAGVAKAG ADVILISGFD GGTGASPRTS IRHAGLPWEL GLAETHQTLV
MNKLRDRVTL ETDGKLLTGK DIVIAALLGA EEFGFATIVL VALGCVMMRV CNLDTCPVGI
ATQNPVLRKN FKGDPQYVIN LMYFLASEVR EYMAKLGFRT VSEMVGRVDI LRQKEIKNHW
KAHSIDLSKL LYKPEITNYS FSQYPKPINN GLSDTLDITK LLPICKNALE YGEKIEATLD
IKNVNRTVGT ILGNEIIKRY GEEGLPEDTI KIHFKGSAGQ SFGAFIPKGE TLILEGDSND
YIAKGLSGGK IIVYPPKDSQ FYAEENVIVG NVALYGATSG EIYISGLAGE RFAVRNSGAT
AVAEGVGEHG CEYMTGGKVV ILGKTGRNFA AGMSGGIAYV YDKDNSFESK CNKDTVLLEK
VEEENEENEI KELIKKHYEY TSSNVAKNIL NNWGKAKERF VKVIPKDYKR MMKAVKRMHI
EGITGEEALM KAFEDNYKQQ SLVEMH
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