| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0161 |
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| Symbol | cusA |
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| ID | 4183554 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | + |
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| Start bp | 197123 |
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| End bp | 201493 |
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| Gene Length | 4371 bp |
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| Protein Length | 1456 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638070170 |
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| Product | copper transport protein |
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| Protein accession | YP_676793 |
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| Protein GI | 110636586 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[P] Inorganic ion transport and metabolism
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG1538] Outer membrane protein
[COG3696] Putative silver efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.68268 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTAGACA GAATTATTCA GTTCTCCATT CAGAACAAAC TGATTATTGG AGTACTGACC
TTTGCATTAA TTTGCTGGGG AATATGGTCT GCGACAAAAT TACCTATTGA CGCAGTGCCG
GATATTACAA ATAATCAAGT ACAGATCATT ACGCAAAGCC CTGCTTTAGC GGCACAGGAG
GTGGAACGTT TAATAACGTT CCCTATTGAA CTGGGTGTTG CAAGCATCCC TGAAATTCAG
GAGGTTCGTT CTATTTCACG TTTTGGCTTA TCGGTTATTA CCATTGTATT TAACGAGAAT
ACCGATATAT ATTGGGCCCG GCAGCAAGTA GGCGAACGGT TAAAAGTTGC TGCAGCTGAA
ATACCTATAG GTGTGGGCGT TCCGGAGCTG GGCCCGGTAT CTTCCGGTCT TGGGGAAATC
TATCAATATG TTATATGTCC TGCAAAAGGG TATGAAGAAA AATATACTGA CATGGAGTTA
CGATCCATTC AGGACTGGGT AATCAGAAGG CAGTTATTAG GAACGAAAGG TGTTGCAGAT
GTAAGTAGTT TTGGCGGGCA TTTGAAACAA TATGAAGTTT CAATAAACCC GGATAAACTG
AGGAGCATGA ATACTACGCT TGCAGAAGTA TTTAACGCAC TTGAAGCGAA CAATCAAAAT
ACCGGAGGTG CCTATATCGA TAAAAATCCT CAGGCATGGT TCATCCGAAC GGAAGGATTA
ACTAGTTCAC TGGAAGATAT TGGTAAAATT GTTATTAAAA ATACTGCGGC AGGAATGCCC
GTTTTAATCA GAGACGTTGC AACGGTGCAG TTCGGATCCG CTATTCGTTA TGGTGCAATG
ACACACCGCG ACGAAGGCGA AGCGGTAGGT GGAGTTGTGC TGATGCTGAA AGGAGAGAAT
TCAAATGCCG TTATCCGGAA TGTAAAAGAA AAAATTGAGC AGATTAAAAA AACATTACCG
AAAGGAGTTG TATTGGAAGC GTATCTGGAT AGAACAACCC TGGTGAACAA AGCTATTCAT
ACGGTATCTA AAAATTTAAT AGAAGGTGCG TTGATTGTTG TTTTTGTATT GGTATTGCTG
CTGGGCAATA TACGTGCCGG ATTAATTGTT GCTACGATGA TTCCGTTGTG TATGCTGTTT
GCAATTGCCA TGATGAATCT TTTTGACGTA TCCGGAAATT TAATGTCTCT GGGAGCAGTT
GATTTCGGCC TTATTGTAGA TGGAGCCGTT ATTATTGTTG AAGCTACATT ACACCACATT
GTCGGAAAAA AATATACGCA TCGGTTATCT CAAAAGGAGA TGGATACTGA AGTATATAAT
GCAGCATCTA AAATCAGGAA TAGCGCAGCT TTCGGAGAAA TCATTATTCT TATTGTTTAC
CTGCCAATAT TAGCGTTGGT GGGCATTGAA GGGAAAATGT TCCGGCCCAT GGCACAAACA
GTTTCCTTCG CAATTATCGG CGCATTTATT CTGTCTTTAA CGTATGTACC AATGATGTCT
GCACTCTTTC TAAGCAAACA GATGGCGCAT AAGAAAAATA TTTCAGACAA AATCATGAAC
TTTTTTCAGT CTGTATATTC AAAAGTAATC CATAAGGTAT TAGATCGAAA AATGCTGACA
TTGATTATTA CAGGTGTATT GTTCATAGGA AGTATCTTTT TATTTATTCG AATGGGAGGA
GAGTTTATTC CAACATTGGA TGAAGGAGAC TTTGCTGTAG AGACGCGTGT ATTAATCGGT
AGTTCCATGT CTAAAACAAT TGACGTTTCA GTGAAAGCCG GTGCGGTACT GTTGCAAGAA
TTTCCGGAAG TAATAAATGT TGTCGGAAAA ATAGGAACGA GTGAAATTCC TACGGATCCT
ATGCCTATGG AAGCGTGTGA TTTAATCATT ATACTAAAAG AAAAAGGAGA ATGGACATCT
GCAAATTCCA GAGAAGAACT TGCAAATAAA ATGCAAGAAG CGCTTGAAGC TAAAATACCT
GGTGTAACAT TCGGATTTCA ACAGCCTATA CAAATGCGCT TCAATGAACT GATGACAGGT
GCTCGCCAGG ATGTAGCATT AAAAATATAT GGTGAAGATC TGGACGAATT GACAAGATAC
GCGAAAGAAA TAGGCGGCCT TATCGAACCG GTTGAAGGAG TTAAGGATTT ATATATTGAA
GAAGTAACAG GATTACCGCA AATTATTGTA ACCTATAACA TGGAACAAAT GGCCCGGTAT
AGTTTAAGTG TGGAACAGGT TAATACTGCT ATACGTTCAG CATTTGCCGG AGAAAAAGCA
GGAATGATCT ATGAAGGTGA AAAGCGTTAT GATTTAGTTG TACGCTTAGA CAGTACAAGT
AGAAAACAAA TAGAAGATGT TCGCAATTTA TATGTAGCAT CTTATCAAGG TATTCAAATC
CCCTTGCGTC AGGTGGCAGA TATCGAATTT AAAAATGGCC CGAATCAAAT TCAGCGTGAT
GATACCAAAC GCAGAATTAT TGTGGCATTT AATACCAGAG GCAGAGATGT AGAAAGTATT
GTAAATGAAA TTCAAAATAA AATAAGTGAG CGTATAAAGT TTAAAACAGG ATATCATGTT
ACTTATGGGG GACAGTTTAA AAATCTACAG GAAGCAAAGT CCAGATTGTC TGTTGCTGTA
CCGGTGGCAT TGGTGTTAAT ATTTATATTG CTGTATTTTA CATTTTCATC TATCAAACAA
AGCCTACTCA TCTATACGGC AATTCCCTTA TCTGCCATAG GCGGAATCAT TGCGTTATCA
ATCCGTGACA TGCCTTTCAG TATTTCTGCC GGAGTAGGCT TTATTGCACT GTTTGGCGTT
GCGGTATTAA ATGGTATTGT TTTGATAGGA GAATTTAACC GATTAAAAAA AGAAGGTATG
ACAGATGTAT ATCAGATTGT ATTAGAAGGC ACTTCTGTAA GGTTACGTCC GGTATTGATG
ACAGCCTTAG TTGCATCCCT GGGCTTTTTA CCAATGGCAC TATCACACGG TTCCGGAGCA
GAGGTTCAAA AACCGCTAGC AACGGTTGTT ATAGGAGGTT TGATTTCTGC AACATTACTC
ACGCTATTGG TATTGCCAAT TTTATACATA ATTGCAGAAA AAGGTTTGGT CAAAACACAT
ATAAATAAAC TGAGCACCTT GCTGATACTT GGCTTAATTT TTACATGTTT TCATTACAAC
GCGTATGCAC AGGATGTTGT AAAAGAAGTT TCGTTAGAAG AAGCGATTAC TCTGGCAAAG
CAAAACAATG CAGTCATTAA AGTTGCTGAA CATACTCTTG AATATCATAA CAAAATGAAA
GGTACCGCTA CCGAGTTTGG AAAGACCTCT GCAACATTAA TGTATGGGCA GTATAATTCA
TTTTACAATG ACAATAATAT TACGGTTTCT CAAACAATAC CATTCCCAAC GGTAATGCAT
AAGCAAGCCC GGTATTATGG TGAAGCGATT AAAAGCGCAG AACTTAATAA GCATGCATCA
GAAAACGAAT TGGTATATCA GGTAAGGCAG GTATATTATT TAATTGAATA TGCCAAGTCG
TTGCGAACAT TATATATAAA GCAGGATAGT GTATACACGG CTTTTTATAC AGCCGCTGAA
TTGAGGTATA AAACAGGTGA AAGTAATATG CTTGAAAAAG CTACCGCAGA AAGTCAGCTG
TATGAAGTCA GGCTACTGAA AAATCAGAAT GAAAATGACA TTTTAATCTT GCAGTCTAAA
TTAAAAACAT TGTTGAACTC GGCAGAAGAA GTAACAACGA CGCACGCGTA TCAGGAAGAT
GTAACGTTAC TTTTATCGGA TGATTCTATT GCTGTTGCAA ATAACCCTGC TCTAGCCTAT
ATGAAGCAGC AAGTAGCAGT GAATGCAGCC GCCATGCAAG TAGAGAAAAA TAAGTTGATG
CCTGATATTA CAGTCGGATA TTTTAACCAA TCGTTAAGAG GTACTGTGAA TTACAATGAC
GGCAGTATTA CGGATGGCGC AACAAGATTT CAAGGCATCA GTGCAGGTAT TGCCATACCA
ATCTGGGCTA AGCCGCAAGC AGATAGAATT AAGGCAACAC AAGCCATGAC AAATATCGCC
AAAGCAAACA GCGAACTATA TGAAAAAAAT CTTCAGCGTC AATATACACA AGCGTATCAG
GAATATTTAA AATATCAGAC GAGTGTAGAG TTCTACAGAT CCAACGCACT GCCTACTGCG
AAAATTATTT CAGACAATGC CTGGAAGAAT TATCGTAGCG GTAATATCGG CTATCTGGAG
TTATCTCAAG GCTTAAACAG GGCATTGTCT ATGCAGTTAA ATTATTTGCA TACACTTAGT
TTGTATAATC AATCCATTAT TACTATAGAA TATTTAATCG GAAATAATTG A
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| Protein sequence | MLDRIIQFSI QNKLIIGVLT FALICWGIWS ATKLPIDAVP DITNNQVQII TQSPALAAQE
VERLITFPIE LGVASIPEIQ EVRSISRFGL SVITIVFNEN TDIYWARQQV GERLKVAAAE
IPIGVGVPEL GPVSSGLGEI YQYVICPAKG YEEKYTDMEL RSIQDWVIRR QLLGTKGVAD
VSSFGGHLKQ YEVSINPDKL RSMNTTLAEV FNALEANNQN TGGAYIDKNP QAWFIRTEGL
TSSLEDIGKI VIKNTAAGMP VLIRDVATVQ FGSAIRYGAM THRDEGEAVG GVVLMLKGEN
SNAVIRNVKE KIEQIKKTLP KGVVLEAYLD RTTLVNKAIH TVSKNLIEGA LIVVFVLVLL
LGNIRAGLIV ATMIPLCMLF AIAMMNLFDV SGNLMSLGAV DFGLIVDGAV IIVEATLHHI
VGKKYTHRLS QKEMDTEVYN AASKIRNSAA FGEIIILIVY LPILALVGIE GKMFRPMAQT
VSFAIIGAFI LSLTYVPMMS ALFLSKQMAH KKNISDKIMN FFQSVYSKVI HKVLDRKMLT
LIITGVLFIG SIFLFIRMGG EFIPTLDEGD FAVETRVLIG SSMSKTIDVS VKAGAVLLQE
FPEVINVVGK IGTSEIPTDP MPMEACDLII ILKEKGEWTS ANSREELANK MQEALEAKIP
GVTFGFQQPI QMRFNELMTG ARQDVALKIY GEDLDELTRY AKEIGGLIEP VEGVKDLYIE
EVTGLPQIIV TYNMEQMARY SLSVEQVNTA IRSAFAGEKA GMIYEGEKRY DLVVRLDSTS
RKQIEDVRNL YVASYQGIQI PLRQVADIEF KNGPNQIQRD DTKRRIIVAF NTRGRDVESI
VNEIQNKISE RIKFKTGYHV TYGGQFKNLQ EAKSRLSVAV PVALVLIFIL LYFTFSSIKQ
SLLIYTAIPL SAIGGIIALS IRDMPFSISA GVGFIALFGV AVLNGIVLIG EFNRLKKEGM
TDVYQIVLEG TSVRLRPVLM TALVASLGFL PMALSHGSGA EVQKPLATVV IGGLISATLL
TLLVLPILYI IAEKGLVKTH INKLSTLLIL GLIFTCFHYN AYAQDVVKEV SLEEAITLAK
QNNAVIKVAE HTLEYHNKMK GTATEFGKTS ATLMYGQYNS FYNDNNITVS QTIPFPTVMH
KQARYYGEAI KSAELNKHAS ENELVYQVRQ VYYLIEYAKS LRTLYIKQDS VYTAFYTAAE
LRYKTGESNM LEKATAESQL YEVRLLKNQN ENDILILQSK LKTLLNSAEE VTTTHAYQED
VTLLLSDDSI AVANNPALAY MKQQVAVNAA AMQVEKNKLM PDITVGYFNQ SLRGTVNYND
GSITDGATRF QGISAGIAIP IWAKPQADRI KATQAMTNIA KANSELYEKN LQRQYTQAYQ
EYLKYQTSVE FYRSNALPTA KIISDNAWKN YRSGNIGYLE LSQGLNRALS MQLNYLHTLS
LYNQSIITIE YLIGNN
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