| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1249 |
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| Symbol | |
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| ID | 6315269 |
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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 | 1318638 |
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| End bp | 1321859 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 642643628 |
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| Product | molybdopterin oxidoreductase Fe4S4 region |
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| Protein accession | YP_001917420 |
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| Protein GI | 188585875 |
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| COG category | [E] Amino acid transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0493] NADPH-dependent glutamate synthase beta chain and related oxidoreductases
[COG3383] Uncharacterized anaerobic dehydrogenase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 1 |
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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 | 34 |
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| Fosmid unclonability p-value | 0.0309731 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGACGAAAG TTAAAGTAAC AATTGATAAC AAAACTGTTG AAGTGAATCC AGGAGCGACT
GTTTTAGAAG CTGCGGAAAA GGCTGATGTG GAAATCCCCA CCTTGTGTCA TGATCCACGA
TTGGAGCCTT TTGCAGCTTG TCGACTGTGC TTTGTGGAAA TCGAAGGTGG AAACAAACCC
ATGACTGCTT GCTCCACTGA GGCACGGGAT GGTATGGAAG TTCATACTAA TTCAGAAACA
TTATCTGAGA TTCGAAAGTC TGCTTTGGAG TTACTATTAG CTAATCACTA TGGCGATTGT
ATGGCTCCAT GTAATCAAGC TTGTCCTGCA AGTGTTGATG TCCAAGGTTT TATTGCGCAC
ATTGCAAATG GTAAACCAAG GGAAGCAGCT AGCGTTGTAA GAGAACAAAT GCCCTTCCCT
TCCAGTGTAG GTAGGGTTTG TCCTAAATTC TGTGAAGAAA AATGTCGTAG AGACATTTTA
GAAGATCCTG TTTCTATTTG TACACTTCAC AGATTTGCAG GAGATCAGGA TCTGGCAGCA
AAAGGAGATA ATTTACCTGA AGTAAAACCT GACACTGGTA AACATGTGGC TGTAGTAGGT
GGCGGACCTG CAGGCTTATC AGCTGCCTAT TACTTGCGAC AAGAGGGTCA TAGAGTTACC
ATCTTTGAAG GTGAAGAAAA ATTAGGTGGA TTTTTAAGAT ATGGTATTCC TGAATACCGA
CTTCCCAATG ACTTGCTAGA TCAAGAGATC GATCATATAT TAAAACTTGG TATACAAGTA
AAAACCAATA AGCGATTAGG TGAAGACTTT ACCGTAGATA GCTTAAAAGA ATCCGAATAT
GATGCAGTAT TCTTAGCTAT TGGCGCTCAA GAAAATAGAG ATTTAGACTT GGGATGTCCT
TCCGATCTAA GTGGTTTTTA TTCAGGTATA GATTACCTGA AAAATATTGC GGAAGGAAAA
CATGTGGAAT TAGGTAAAAA AGTAGTAGTT GTTGGTGGCG GTAATACCGC TATGGATGCT
GCTAGAACTT CAGTTAGAAT GGGAGCAGAT GTGACAGTAG TTTACAGACG TTCAAGAAAT
GAAATGCCTG CAGATCCTAA AGAAATTGAA GAAGCCCTTG AAGAAGGTGT AGATATTCAG
TTCTTGACAA ATCCTTCCCA AGTGATCGGA GAAGACAAAG TAGAAGAAGT TGAATGTGTT
CAAATGGAAT TAGGTCCTCC TGATGAAAGT GGTAGAAGAA GACCACAACC AATTGAAGGT
TCTGAATTTC GTTTACAGGC TGATTCAGTC ATATTAGCTG TAGGGCAAGA AGTTGATGAT
GACTGCTTTG CTGACTGTGA AGCTCTGTGT GCAACTTCTT GGGGTGAAGT AGACGCCTCT
GAGGAAACAT TTACAACTAC AGCTGAGGGA GTATTTGCGG CAGGAGACTG CGTAACAGGA
CCTAGTACTG TAGTTGAAGC TATTGGTCAA GCAAAGAAAG CTACCTTTTC CATCGATAAA
TATCTGAATG GTGAAGAAAT TACTCCTATT AAAGAAGAAT ACAACTGCTC TCGAGGTGAG
AATGAAGATA TCGATCCTGA AGAATATGCT GATGAAGAAT CTCAAGAACG AACTGAACAA
CCTACCATTG AACCTGAAAA GAGAAAAACT AGCTTCGTGG AATATGAACA CGGATTTGAC
GAATTGAGTG CAAGAAAAGA AACTAAACGT TGCCTATCAT GCGGTTGTGA TGAAGTTTTT
GACTGTACTT TGAAAGAACT TGCAACGGAA TACGGAGTAT CTGATGACGA AGTTGTTAAG
ATGGACAGAA AGCAAAATCA TCCAATTCCA GAGGATCACC CATATATTAA GAGAGATCCA
AATAAGTGTA TCCTATGTGG TAGTTGTGTC AGAATCTGTA GTGAAGTCCA GGGAGTTCAT
GCTTTTGGAA TGGTAAATAG GGGACTAGAT ACAATCGTAC TACCTTCCCT AGAAATGCCT
TTAGAAGAAA CAGAATGTGA ATCTTGCAGC CAGTGTATTT CCGTATGTCC AACTGGTGCT
TTGACAAACA GATTAGCGCT TGAAAAACCC GGACCATGGA AAACGGACAA AAAAGATTCC
GTATGTCCTC ACTGCGGTGT TGGCTGCTCA ATCACCTTGG AACATGCAGG AGACCAACTA
GTAGGAGTAG AATCGAGAGT AAACAATGAA GTGAATGCTG GTAACTTGTG CGTGGAAGGT
GCTTATCGAT ACAACACACT AGATCAACAC GAAAACAACG AAATGGCAGA AAATGATCAA
GAAGAAGCTC TTAAGAAGGC TGCCCATGAG TTAGCCAGGG TTAAAAAAGA AGGAAGCTTA
GCAGTATTTA TTTCACCAAA ACTGCCTTTA GAAATAGCTA AACAAACTAA GCAGCTAGCC
CACGGAAAAC TGGGAGCTGA TTATATAGCA AGTACTACTC CAATAAACTA CTCAATACTC
AAACAATCTA AAGAGGAATT AATGGCAGAA TACGGTGGAG AGTTCAATGA CTTGGATCAT
TCTGACTTTA TAGTTATGTA TAGAGTGAAT CCCGGTGAAG ATTATCCGGT AGTTGATAAC
AGAGTTAGAA TGAATAAAAA TAAGGGTACT CAGCTAGCCT TAATTAATGA TGTAAAAACA
AAATTAGATG ATATTGTAGA CAATTATGTA GCAGTGGATT CATCTAAAAA AGGCCAAGAA
ACATTAACTA GTCTAGCTAA TGGTGCAGGA CAAGATGAAG TAGCAAAATC CTTACAACAA
GCCAAGTCAC CTGTGATTAT CCTTGATGGA GCCAGAATAA CTGAACAAGA ATTACAAGCT
GTTACAGAAG TAGCAAATAA ACATCAGGGC GATCTTAAAG TACTAGTTCT ACAACCAGCG
GGTAACAGTT ATGGTTTTGT TCAAGAAGAC ATCCTTACTC ACGAACATGA AGAAGTTATG
AATAAGGTGG CGGCAGGAGA TATTACCGGT GCTTTAGTAA TCGAATCTGA TGAAGAATTA
GCTACTAAGT TATCCAATAA TGGCAAATCA CTTTTTGTAG CTGATATTCT TGCCGGAAGA
GTGGCTGGAA ATGGAGCTGC AGATGTAACC ATGATGGCAG AAAGCTATCT AGAAATGGAC
GGTAGTTTCT ACAACTCTGA AGGTAGACTA CAAAAGATGT CGGCTGTGAA CAAAAAGCCA
GTGGTAACAG AACTTTTAGA GAAATTACAA CAGTCTATGT AG
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| Protein sequence | MTKVKVTIDN KTVEVNPGAT VLEAAEKADV EIPTLCHDPR LEPFAACRLC FVEIEGGNKP
MTACSTEARD GMEVHTNSET LSEIRKSALE LLLANHYGDC MAPCNQACPA SVDVQGFIAH
IANGKPREAA SVVREQMPFP SSVGRVCPKF CEEKCRRDIL EDPVSICTLH RFAGDQDLAA
KGDNLPEVKP DTGKHVAVVG GGPAGLSAAY YLRQEGHRVT IFEGEEKLGG FLRYGIPEYR
LPNDLLDQEI DHILKLGIQV KTNKRLGEDF TVDSLKESEY DAVFLAIGAQ ENRDLDLGCP
SDLSGFYSGI DYLKNIAEGK HVELGKKVVV VGGGNTAMDA ARTSVRMGAD VTVVYRRSRN
EMPADPKEIE EALEEGVDIQ FLTNPSQVIG EDKVEEVECV QMELGPPDES GRRRPQPIEG
SEFRLQADSV ILAVGQEVDD DCFADCEALC ATSWGEVDAS EETFTTTAEG VFAAGDCVTG
PSTVVEAIGQ AKKATFSIDK YLNGEEITPI KEEYNCSRGE NEDIDPEEYA DEESQERTEQ
PTIEPEKRKT SFVEYEHGFD ELSARKETKR CLSCGCDEVF DCTLKELATE YGVSDDEVVK
MDRKQNHPIP EDHPYIKRDP NKCILCGSCV RICSEVQGVH AFGMVNRGLD TIVLPSLEMP
LEETECESCS QCISVCPTGA LTNRLALEKP GPWKTDKKDS VCPHCGVGCS ITLEHAGDQL
VGVESRVNNE VNAGNLCVEG AYRYNTLDQH ENNEMAENDQ EEALKKAAHE LARVKKEGSL
AVFISPKLPL EIAKQTKQLA HGKLGADYIA STTPINYSIL KQSKEELMAE YGGEFNDLDH
SDFIVMYRVN PGEDYPVVDN RVRMNKNKGT QLALINDVKT KLDDIVDNYV AVDSSKKGQE
TLTSLANGAG QDEVAKSLQQ AKSPVIILDG ARITEQELQA VTEVANKHQG DLKVLVLQPA
GNSYGFVQED ILTHEHEEVM NKVAAGDITG ALVIESDEEL ATKLSNNGKS LFVADILAGR
VAGNGAADVT MMAESYLEMD GSFYNSEGRL QKMSAVNKKP VVTELLEKLQ QSM
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