| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SYO3AOP1_1175 |
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| Symbol | |
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| ID | 6331983 |
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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 | Sulfurihydrogenibium sp. YO3AOP1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010730 |
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| Strand | + |
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| Start bp | 1221901 |
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| End bp | 1224789 |
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| Gene Length | 2889 bp |
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| Protein Length | 962 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642657457 |
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| Product | molydopterin dinucleotide-binding region |
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| Protein accession | YP_001931341 |
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| Protein GI | 188997090 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG5013] Nitrate reductase alpha subunit |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence
[TIGR03479] DMSO reductase family type II enzyme, molybdopterin subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.000000509072 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGGCGATCT CAAGAAGGGA CTTTTTAAAA GTAATGTCAG CAACAGGTGG AGCTTTAGGT
CTTGGGTCAA GCGAGGCTTT TGCTAAAGCT AAAGCTGTTG TAGTAGATGA CCCAAGAGCA
TCTTATCCAA ACGGCTCTTT TGTTGAAAAT ATGTACAGAA GAGAGTTTGC ATATACTTAT
GGAAAGAAAG AAGAGCATGG TACTGCTTAT CACTGCGTAA ACTGTCAAGG AAACTGTGCT
TGGGATGTAT GGGTTCAAAA CGGTATAGTT ACAAGAGAAA ACCAAGCTGC TAACTATCCA
CAAATCAACC CAAAAATTCC TGATGCTAAC CCAAGGGGAT GTAACAAAGG CGTTCAACAC
TCTCAAGTAA TGTATGAAAA AGACAGAATT CTCTATCCAA TGAAAAGAGT CGGAGCGAGA
GGAGAAGGTA AGTGGAAAAG AATATCTTGG GATGAAGCAA TAACAGAAGT TGCAACAAGA
ATTTATGAAA CTATGCTTAC AAAAGGACCA GCTGGAAACT ACATCCACGT TGGTGCTGGT
ATGCTTACAG AGGCAAGAGC AGCTTCTGGT AAAAGACTTG GAACACTTCT TGGTGCTGTT
AGACCTTACA TAGCTTCTTA CGTTGGTGAT ATGTTCCCTG GCGTTTCCTT AGTATACGGC
GAAGGAAACA TTGGATTTTC TTACGATTTT GTATACACTG CAAACGTTCA AATCTGGTGG
GGTATGGACC CTAACAAAAC AAGAATTCCG GATGCTCACT GGGTATGGGA AGGAAAATAC
AACGGTGGAA AAGTAATCGT TATCACTCCA GACTTTAACG CTACTGCAAA AGGAGCTGAT
TTATGGGTGC CGGTTAGAGC CGGATACGAT GGTTTCTTAG CAATGTCTAT CATCAACGAA
ATTATTCAAC AAAAGCTTTA CAAACCAAAC TTTATAAAAG TGTTCACAGA TCTACCATTC
TTAGTAAGAT TAGATAACAA AAAACTATTA AGACTTTCTG ATATTGACAC AAACGACCCA
ATGTTTGATA AAGAAGTCTT CCATGTTATG GAAGAAAAAG CACATGGAAA AGAATTTGAA
GCAGATGCTG TTTTCTTAGC TTATAACCTT AAAAACGGTA AATTTACAAT CATGCCGGGT
TCTGAAGGAA ACCCAGTTAA AACATTGAGA CTAAAAGATT TAGGTTGGGA TATTGACCCA
GCGTTAGAAG GTGTATATGA AGTTAAGTTA AAAGACGGTT CAAAGGTAAA AGTTACACCT
GTATTTGAAT TGGTTAAAGC AGAAGCAGCT AAATTCCCGG CTGAGAAAAC ATTTAAATTA
ACAAACGTTC ATCCAAAAAT CGTTCAACAG CTTGCAAGAG ATATAGCTCT TCCAAAAGTA
GCGTTTATAT CTATGGGATT TACAATCGGT AAATACTTTA ATGGTATGTT AACCCAAAGG
GCTATTGCTT CTATTACTCC TTTATGTGGA AGGCTTGGAC CTTATGGTGG ATTTAACTCG
GAAAATGAGT GGTCTATATC TGGTTTAGCT AAGATCTCTG GTTTTGCAGG AAAGTATAAA
GAAAGATTCG CATCCGGTTT TGTAAGCGAA TTTGTTCTTG GAAATATGAT GCAGGACTTT
GATAAGCTCT ATGAAGAGGA TACATTCAAA GAATCTATGG GAATGTCTAA GGAAGAGTAT
AAAAAGCAAG TGAATGAAAT GCTTTCTAAG TCTGAAGGCG ACAAAGGAAT CGGACATGGT
AAATCTTACT GGAATGATGT AGAAACGTTC TTACTTTTTG CAGATGCCAG ATTTAGAAGA
AATAAAGGTT CTTCTTATAA AAAGGCATTC TTTGAAAAGG CTAAATTTAT TGCTTATGTA
GATTTTAGAA TGTCTGATTT TGCAAACTAT GCAGACATTT TACTTCCTGC AAAGTCTCAC
TATGAAGTTT GGGACCTAAG AACAAACCCA GGTTATCATA GATTTGCAAA CCTTGCCCAT
CCTCCAGCAA ACTTAAAACC AGTTGGCGAA GCTAAGTCTG AATGGGAAAT TTGTACTATG
ATTGTTGAGA AAATTCAAGA AATAGCGACT AAAAAATACA AAGAAACAGG CGACCAAAAA
TATATTAAAA TTCCAGACCC ACAACTTTCT AAAACAGGAT ACAGAGACCT TGACACATTA
GTTGAAGAAT ACACAATCGG TGGTCAGTTA AGAAACGACA GAGATGCTGT AGAGTTAGCA
TTAGAAAATA CTGACCAGTT TAAGCCTAAT ACTATTGAAT CTATGTTCAA AAGAGGCGGT
TATTTAGTAT TAAATGAAAA AGCTGGAAAA TCTTCACCAC TCTATCCAGA TAAGCCATAC
AACGTATTTG AAAACAACCT TTTCTTATAT GAAAGATTTG AAACATTGTC CGGAAGAATT
ACATACTACG TAGATGATGA TTTATGGATA CAGCAAGGAG CAAACGTTCC AACCGCTAAA
GAACCTATCA GACCAAGAAG ATTCCCATTT GTTCTCATGA CACCACACGC AAGATGGTCA
ATCCACTCAA CTTATAAGAC ATCTACTTTA CTGCTTAGAT TACAAAGAGG AAAGCCTTAT
GTAATGATAA ATCCTGAGAT TGCTAAGAAG AAAGGCATCA AAGATGGTGA TGAAGTTAGA
GTGTTTAACT CCCTTGGTGA GTTTTATGCT ATGGCAAAAG TATATCCATC ATGTCCAAAA
GATGCAATTA TATTGGAGCA TGGTTGGGAA CCATTCTTCT ACAAAGGAAG AAAAGGGCAC
AACGAAACAG TAGCATCTCC GCTTAACTTA CTTGAACTTT CTGATGGTTG GGGACACTTG
AAGTTTGGTG GAAACTGGGA TGGAAACCAA CATGCGTATG AGACTTCAGT AGATGTTGAA
AAAGCTTAA
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| Protein sequence | MAISRRDFLK VMSATGGALG LGSSEAFAKA KAVVVDDPRA SYPNGSFVEN MYRREFAYTY
GKKEEHGTAY HCVNCQGNCA WDVWVQNGIV TRENQAANYP QINPKIPDAN PRGCNKGVQH
SQVMYEKDRI LYPMKRVGAR GEGKWKRISW DEAITEVATR IYETMLTKGP AGNYIHVGAG
MLTEARAASG KRLGTLLGAV RPYIASYVGD MFPGVSLVYG EGNIGFSYDF VYTANVQIWW
GMDPNKTRIP DAHWVWEGKY NGGKVIVITP DFNATAKGAD LWVPVRAGYD GFLAMSIINE
IIQQKLYKPN FIKVFTDLPF LVRLDNKKLL RLSDIDTNDP MFDKEVFHVM EEKAHGKEFE
ADAVFLAYNL KNGKFTIMPG SEGNPVKTLR LKDLGWDIDP ALEGVYEVKL KDGSKVKVTP
VFELVKAEAA KFPAEKTFKL TNVHPKIVQQ LARDIALPKV AFISMGFTIG KYFNGMLTQR
AIASITPLCG RLGPYGGFNS ENEWSISGLA KISGFAGKYK ERFASGFVSE FVLGNMMQDF
DKLYEEDTFK ESMGMSKEEY KKQVNEMLSK SEGDKGIGHG KSYWNDVETF LLFADARFRR
NKGSSYKKAF FEKAKFIAYV DFRMSDFANY ADILLPAKSH YEVWDLRTNP GYHRFANLAH
PPANLKPVGE AKSEWEICTM IVEKIQEIAT KKYKETGDQK YIKIPDPQLS KTGYRDLDTL
VEEYTIGGQL RNDRDAVELA LENTDQFKPN TIESMFKRGG YLVLNEKAGK SSPLYPDKPY
NVFENNLFLY ERFETLSGRI TYYVDDDLWI QQGANVPTAK EPIRPRRFPF VLMTPHARWS
IHSTYKTSTL LLRLQRGKPY VMINPEIAKK KGIKDGDEVR VFNSLGEFYA MAKVYPSCPK
DAIILEHGWE PFFYKGRKGH NETVASPLNL LELSDGWGHL KFGGNWDGNQ HAYETSVDVE
KA
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