| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_01310 |
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| Symbol | |
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| ID | 9295745 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | - |
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| Start bp | 321797 |
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| End bp | 324910 |
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| Gene Length | 3114 bp |
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| Protein Length | 1037 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | molybdopterin oxidoreductase, iron-sulfur binding subunit |
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| Protein accession | YP_003715028 |
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| Protein GI | 298206849 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.462461 |
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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 | ATGTCATCAA ACAAGAAATA CTGGAAAAGT GTTGAGGAGT TGGAAGATTC CAATCCAGTG
GTTGAGACGC TTCGTCAAAA TGAGTTTCCA TCAGAGATTC CTACGGATGA TTTCTTAGGG
AATGATAAAA CGATGGAGAA TTCGTCTACA TCACGTCGTG ATTTCTTAAA ATATGTTGGT
TTTAGTACGG CGGCAGCCTC TCTTGCAGCT TGTGAGGGTC CTGTTATTCG TTCTATTCCT
TATGTAGTGC AACCTGAGAG TATTGTTCCT GGTGTTGCAA ACTACTATGC CTCTACAATA
GCAGATGGTT TCGATTTTGC TAGTGTTTTG GTTAAGACTC GCGAAGGGCG TCCTATTAAA
ATAGACAGAA ACCTAGAAGA TGGAGCTGTT GGATCTGTAA ATGCTAGGGT TAACGCATCA
GTATTATCGC TTTATGATAA TAATCGTTTA AAAAGACCAA TGGCTAATGG TGAAGCGGTT
TCTTGGGAAG CGTTTGATAA GCAAGTTGGT GATAAATTAA ATTCTTTAGG AGGAAAGCAA
ATTGTGTTGT TAACACAAAC ATTTGCTAGT CCATCTACAG ATAGAATTAT TAAAGAATTT
TCTTCAAAAT ACGCTAATGT AAAGCATGTT GTTTACGACA CGGTTTCAGA TGAAGCTGCT
TTAAATGCTT TTGAAGGGAG ATATGGTTCT AGAGCATTGC CTAATTATGA CTTCTCTAAA
GCTGAAACTA TTGTTTCTGT TGGAGCAGAT TTCTTAGGTG ATTGGCAAGG TGGAGGAAAT
GACAAAGGCT ATGCTAAAGG TCGTGTTCCT AAGAATGGGA AAATGTCTCG TCATATTCAG
GTAGAGGCTA ATATGTCATT GTCTGGTGCT AATGCAGATA AGCGTATTCC TGCAACGCCA
TCTCAACAAA AAGCAATTCT TGCTGCCATG TATGGTTATA TTGTTGGAGG TTCAACTAGT
GGTCTAGATG CGAAATTTGA TGATGCAGTT GTTAAAGCTG TTTCTCAATT AAGAAATTCA
GGTGGTAATG CTGTTGTGTT AACGGGTCTT CAAGATGAAG ATGCGCATAC TCTCGCAATG
GCAATAAATG AAAAGCTTGG TAGTATTGTT ATGGATGTTA AGAATCCTAA AATGATACGT
CAAGGTAATG CAAAAGCTGT AAAACAGCTT GTAGTGGATA TGAATTCTGG TGCTGTTGGC
GGCTTGCTTA TTGCTGGTGT AAATCCTGCA TATAGCTTGC CAAATGCAAA AGAATTTATA
GAAGGATTAA AAAAGGTTGA TGTCGCAGTG TCGTTCTCTT CAAAAGAAGA TGAAACAGCA
AAACTTTGTG ACTATGTTGC TGCTACACCT CACTATTTAG AGAGTTGGGG AGATGTGCAA
ATGACTAAAA CTCATTTTAG TTTAATGCAA CCTACTATTA AACCTTTGTA TGATACACGT
CAATTTCAAG AGACGTTAAT GCAATGGTCT GGTAACACTA CTAAATACTA TAAATACATT
AAAGATACTT GGAGTTCTGT TCTAGGTACT ACATCTTGGA GCGACGCATT ACACGATGGT
GTTTTTGTTT CTTCGACAGT AATATCGGCA GATGATTCAG CTGTTGCTTC TCAAGAAGAA
ACAGAATCAG TTCAGTCAAC TTCGGCTTCA ACAGCAGCAA GACGTTTAGC GCAGTCTGCT
ACTAATTCAG GAAGTGGATT AGAGTTAACA CTTTATACTT CAACTGCATT AGGAGATGGT
CAACAGGCAA ACAATCCTTG GTTGCAAGAA TTCCCTGATC CAATAACTAG AGCATCTTGG
GATAACTATT TGTTAGTTTC TAAAGCAGAT GCAGATAGAT TAGAGCTTAA AAATACTCAC
GTTGCAAATG GAGCGCTTAA CGGAAGTTAT GTAACGATAA AGGCAGATGG TGTAGAGCTA
AATAATGTAC CTGTAATTAT CCAACCTGGA CAAGCAATAG GTTCTGCGGC ATTAGCTTTA
GGTTATGGTA AGAAGGAAAG TATTCAGAAA GAAATGCAAA CAGGTATTAA TGCATACCCT
TTATATAAGG ATTTTAATAC CGTACAAAAT ATAAGTATAT CTAAAGAAAG CGGTATGCAC
GAGTTTGCTT GTGTGCAGCT TCAAAATACC TTAATGGGTC GTGGTGATAT TTTAAAAGAA
ACCACGTTAG AGATATTTAA CACAAAAGAT AAGCACGTTT GGAATAAAAT GCCAGAAGTG
TCTAAAGATC ATATTGAGTA TGATGTAACT TCTCCAGAAG TTGATCTTTG GGATGAATTT
GATCGTTCAG TAGGACATCA CTTCAATCTT TCTATAGATC TTAACTCCTG TACTGGTTGT
GGGGCTTGTG TAATAGCTTG TCATTCAGAA AACAATGTTC CTGTAGTAGG TAAAGAAGAG
GTTCGTAAGA GTCGTGATAT GCACTGGTTG CGTATAGATC GTTACTATTC TTCTGACATG
ACTGAGGAAA AAGCTGAAGA AGAAGGATAT AGTGGTGTTG GATTATTTGG TGACGGTGTT
ACAGATATGT TTACTGAAAT GGAAGATCCA TCTGCAGTAA GTCCTCAGGT AGTTTTTCAG
CCTGTAATGT GTCAACATTG TAATCACGCA CCTTGTGAAA CTGTTTGTCC TGTTGCGGCT
ACATCTCACG GTCGTCAAGG TCAAAACCAT ATGGCTTATA ACCGTTGTGT AGGTACGAGA
TACTGTGCTA ACAACTGTCC TTATAAAGTA AGACGCTTTA ACTGGTTCTT GTATAATAAA
AATGATGAGT TTGATTATCA TATGAATAAT GACTTAGGTC GTATGGTATT AAATCCTGAT
GTGGTTGTAC GTTCTCGTGG TGTTATGGAA AAATGTTCTA TGTGTATTCA AATGACACAA
AAAACTATTT TAGATGCTAA ACGTGATGGA AGAGCTATTA AGGATGGCGA ATTTAAAACA
GCTTGTTCTG CAGCTTGTGA AAGTGGCGCA TTAGTCTTTG GCGATATTAA TGACAAGGGT
AGTGAGATTA ACGAGTTGAA AGAAGATGAT CGTATGTATC ATTTATTAGA AAGTGTTGGT
ACAAAACCTA ATGTGATGTA TCAAACCTTG GTAAGAAATA CCAAAGAAGC TTAA
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| Protein sequence | MSSNKKYWKS VEELEDSNPV VETLRQNEFP SEIPTDDFLG NDKTMENSST SRRDFLKYVG
FSTAAASLAA CEGPVIRSIP YVVQPESIVP GVANYYASTI ADGFDFASVL VKTREGRPIK
IDRNLEDGAV GSVNARVNAS VLSLYDNNRL KRPMANGEAV SWEAFDKQVG DKLNSLGGKQ
IVLLTQTFAS PSTDRIIKEF SSKYANVKHV VYDTVSDEAA LNAFEGRYGS RALPNYDFSK
AETIVSVGAD FLGDWQGGGN DKGYAKGRVP KNGKMSRHIQ VEANMSLSGA NADKRIPATP
SQQKAILAAM YGYIVGGSTS GLDAKFDDAV VKAVSQLRNS GGNAVVLTGL QDEDAHTLAM
AINEKLGSIV MDVKNPKMIR QGNAKAVKQL VVDMNSGAVG GLLIAGVNPA YSLPNAKEFI
EGLKKVDVAV SFSSKEDETA KLCDYVAATP HYLESWGDVQ MTKTHFSLMQ PTIKPLYDTR
QFQETLMQWS GNTTKYYKYI KDTWSSVLGT TSWSDALHDG VFVSSTVISA DDSAVASQEE
TESVQSTSAS TAARRLAQSA TNSGSGLELT LYTSTALGDG QQANNPWLQE FPDPITRASW
DNYLLVSKAD ADRLELKNTH VANGALNGSY VTIKADGVEL NNVPVIIQPG QAIGSAALAL
GYGKKESIQK EMQTGINAYP LYKDFNTVQN ISISKESGMH EFACVQLQNT LMGRGDILKE
TTLEIFNTKD KHVWNKMPEV SKDHIEYDVT SPEVDLWDEF DRSVGHHFNL SIDLNSCTGC
GACVIACHSE NNVPVVGKEE VRKSRDMHWL RIDRYYSSDM TEEKAEEEGY SGVGLFGDGV
TDMFTEMEDP SAVSPQVVFQ PVMCQHCNHA PCETVCPVAA TSHGRQGQNH MAYNRCVGTR
YCANNCPYKV RRFNWFLYNK NDEFDYHMNN DLGRMVLNPD VVVRSRGVME KCSMCIQMTQ
KTILDAKRDG RAIKDGEFKT ACSAACESGA LVFGDINDKG SEINELKEDD RMYHLLESVG
TKPNVMYQTL VRNTKEA
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