| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1635 |
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| Symbol | |
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| ID | 5090986 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 1887860 |
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| End bp | 1890919 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644741044 |
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| Product | 4Fe-4S ferredoxin iron-sulfur binding domain-containing protein |
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| Protein accession | YP_001193986 |
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| Protein GI | 146299395 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0437] Fe-S-cluster-containing hydrogenase components 1 |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.985157 |
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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 ACAAAAAATA CTGGAAAAGT GTTGAAGAGC TAGAAAATAG CTCTATTGTT
GAGGCGCTTA GAAATAACGA ATTTGTTGAA GAGATTCCTA CAGAAGAATT TCTAGGGAAT
GCAGATGCTT TAGCTTCATC TGGAACTTCA CGTCGTGACT TTTTAAAGTA CGTAGGATTT
AGTACTGCGG CAGTTACACT TGCTGCTTGT GAAGGTCCTG TGCACAAGTC TATCCCTTAT
GTATTACAAC CAGAGCAAAT CATTCCTGGT GTTGCAGATT ATTATGCAAC TACTGTTTTT
GACGGTTTTG ATTTTGCAAA TCTTTTGGTA AAAACTCGTG AGGGTCGTCC AATTAAAATT
GAAAACAACA CCATTGCTGG TGCTAAGTTT TCTGCCAATG CAAGAATTCA TGCTTCTATC
TTAGGTTTAT ATGATAGTAT GCGTTTGAAA GAACCTAAAT TGGATGGGAA AAACAGCAGT
TGGTCAGCAG TTGATTTAAA AATTAAATCA AGTTTAGCTG ATGCAAAAGC TAAAGGAGGT
CAAGTAGTAT TATTGACTAA CACATTAGCG AGCCCAACTA CTGAAAAATT AATTGGTGAA
TTTATCGCTA AAAATCCAAA TGCTAAGCAT GTAGTTTATG ATGCGGTTTC TTCTTCTGAT
GCTTTAGATG CATTTGAAAC TGTATACGGA GAAAGAGCTT TAGTTGATTA CGATTTTTCA
AAAGCGTCAT TAATTGTATC TGTTGGTGCT GATTTCTTAG GAGACTGGCA AGGTGGTGGA
TATGATGCTG GATATGCAAA AGGACGTATT CCTCAAAACG GAAAGATGTC TCGTCATTTT
CAGTTTGAAT CAAATATGAC ATTATCTGGA GCAGCTGCTG ATAAGCGTGT TCCAATGACT
ACAGCTGATC AAAAACAAGC CTTAGTTCAA ATATATAATA TTGTTGTTGG TGCTTCAGTT
CCTGTTTCTT TAGATGCGAA ATTTAAAGCA GAAGTTGTAA AAGCGGCTCA GCAATTAAAA
GCAGCGGGTA CAAAAGGAAT TTTAGTATCT GGAATCGAAG ATAAAAATGC TCAGTTATTA
GTTTTAGCTA TTAACCAGGC ATTAGCTAGT GAAGCTTTTA GTACTGCTGG TACAAGACAA
ATTAGAAAAG GTTCTAATGC TGTTGTAGCT CAATTAATAA AAGATATGAA TGCTGGAAGT
GTTCACACTT TAATTATGAG CGGAGTTAAT CCTGTTTACA CTTTAGCTGA TTCTGCTTCA
TTTGTATCTG GATTGAAAAA AGTTAAAACA TCTGTTGCAT TCTCTTTAAA AGAAGATGAA
ACAGCTGCTG TATCTACAAT CGCTGCTGCA GCGCCTCATT ATTTAGAGTC TTGGGGAGAT
GTAGAGATTA CAAAAGGAAC TTATAGCTTA ACTCAGCCAA CTATTCGTCC GATCTTTGAT
ACAAAACAAT TTCAAGATGT TTTACTATCA GTAAACGGTA CACCAGGAAA CTTCTATGAT
TATTTAAAAG CTAATTCTGG AGCAATCATT GCTGGTTCTT CTTGGAATAA AGTTTTACAT
GATGGAATTT TTGTAGTTGG TTCTGCTGCT TTAGCTGGTG GTTCTTATGA TTTCGCCGGA
GCTGCAAGTT TACTTTCTAA AGCAAAATCT TCTGGAGAAC TTGAATTAGT ATTATATACT
AAAACTGGTA TGGGAGATGG TCAGCATGCA AACAACCCTT GGTTGCAAGA GTTCCCAGAT
CCAATTACGA GAGTATCTTG GGATAACTAT GTTACAGTTT CAAATGCTGA TGCGAAGAAA
TTCAATTTAT CAAATGAAAT CGTTGCTAAC GGAGGTTTAA ATGGTAGTTA TGCTACAATT
ACAACTGCTG ATGGAAACAA ACTAGAAAAT GTGCCAGTTA TTGTTCAGCC AGGACAAGCT
GTTGGTACAG TTGGTCTAGC TGTTGGATAC GGTCGTAAAG CGGCTTTAAA AGAAGAAATG
CAAGTAGGTA TTAATGCTTA CGCTTTATAT AAAAATTTCA ATAGTGTTCA GTCTATTACA
CTTGCTAAGG CAAATGGAGA ACATGAGTTT GCTTGTGTTC AAGGACAGAA AACTTTAATG
GGTAGAGGAG ATATTATTAA AGAAACTACT TTAGAGATCT TCAATACTCA AGATGCAAAA
CATTGGAACG AACAGCCAAT GGTATCTTTA GATCATCAGG AAGTAGAGGC TACTACTGTA
GATTTATGGG AATCATTTGA TCGTACTACT GGACATCACT TTAACTTATC AATCGACTTA
AATGCTTGTA CTGGATGTGG AGCCTGCGTT ATCGCTTGTC ACGCTGAAAA CAACGTTCCA
GTTGTAGGTA AAGCAGAAGT TAGAAGAAGC CGTGATATGC ACTGGTTACG TATCGACAGA
TACTATTCTT CTGAAAGCAC TTTTGAAGGT GATAACGAAA GAAAAGAAGG AATTGCTGGT
TTATCTAGTT CATTATCTAC ATTTAATGAA ATGGAAAAAC CTGGAGATAA TCCACAAGTA
GCATTCCAGC CGGTAATGTG TCAACACTGT AACCACGCAC CGTGTGAAAC TGTTTGTCCA
GTTGCGGCAA CTTCTCACGG TCGTCAAGGT CAGAATCACA TGGCATATAA CAGATGTGTT
GGTACTCGTT ACTGTGCGAA CAACTGTCCT TATAAAGTTC GTCGTTTCAA CTGGTTCTTG
TACAACAAAA ACAGTGAATT CGATTATCAT ATGAATGACG ATTTAGGTCG TATGGTGTTA
AACCCAGACG TAAACGTTCG TTCTCGTGGA GTTATGGAAA AATGTTCTTT CTGTATCCAA
AGTACTCAAG CAGTTATCCT TGAAGCTAAA CGTCAAGGTA GAGTTGTAGG TAAAGATGAG
TTCAACAATG CTTGTGCTTG TTCTGCAGCT TGTTCTTCTG GTGCTATGGT ATTCGGAGAT
GTAAATGATA AAGAAAGCGA AGTTGCTAAA TTAGCAGAAA GCGAAAGAAT GTATCATTTA
TTAGAGCATG TTGGTACAAA ACCAAATGTT TTCTATCACG TAAAAGTTAG AAACACTTAG
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| Protein sequence | MSSNKKYWKS VEELENSSIV EALRNNEFVE EIPTEEFLGN ADALASSGTS RRDFLKYVGF
STAAVTLAAC EGPVHKSIPY VLQPEQIIPG VADYYATTVF DGFDFANLLV KTREGRPIKI
ENNTIAGAKF SANARIHASI LGLYDSMRLK EPKLDGKNSS WSAVDLKIKS SLADAKAKGG
QVVLLTNTLA SPTTEKLIGE FIAKNPNAKH VVYDAVSSSD ALDAFETVYG ERALVDYDFS
KASLIVSVGA DFLGDWQGGG YDAGYAKGRI PQNGKMSRHF QFESNMTLSG AAADKRVPMT
TADQKQALVQ IYNIVVGASV PVSLDAKFKA EVVKAAQQLK AAGTKGILVS GIEDKNAQLL
VLAINQALAS EAFSTAGTRQ IRKGSNAVVA QLIKDMNAGS VHTLIMSGVN PVYTLADSAS
FVSGLKKVKT SVAFSLKEDE TAAVSTIAAA APHYLESWGD VEITKGTYSL TQPTIRPIFD
TKQFQDVLLS VNGTPGNFYD YLKANSGAII AGSSWNKVLH DGIFVVGSAA LAGGSYDFAG
AASLLSKAKS SGELELVLYT KTGMGDGQHA NNPWLQEFPD PITRVSWDNY VTVSNADAKK
FNLSNEIVAN GGLNGSYATI TTADGNKLEN VPVIVQPGQA VGTVGLAVGY GRKAALKEEM
QVGINAYALY KNFNSVQSIT LAKANGEHEF ACVQGQKTLM GRGDIIKETT LEIFNTQDAK
HWNEQPMVSL DHQEVEATTV DLWESFDRTT GHHFNLSIDL NACTGCGACV IACHAENNVP
VVGKAEVRRS RDMHWLRIDR YYSSESTFEG DNERKEGIAG LSSSLSTFNE MEKPGDNPQV
AFQPVMCQHC NHAPCETVCP VAATSHGRQG QNHMAYNRCV GTRYCANNCP YKVRRFNWFL
YNKNSEFDYH MNDDLGRMVL NPDVNVRSRG VMEKCSFCIQ STQAVILEAK RQGRVVGKDE
FNNACACSAA CSSGAMVFGD VNDKESEVAK LAESERMYHL LEHVGTKPNV FYHVKVRNT
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