| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCV52592_0590 |
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| Symbol | hgpB |
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| ID | 5407379 |
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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 | Campylobacter curvus 525.92 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009715 |
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| Strand | - |
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| Start bp | 1748825 |
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| End bp | 1751821 |
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| Gene Length | 2997 bp |
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| Protein Length | 998 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640873202 |
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| Product | hemoglobin and hemoglobin-haptoglobin binding protein B |
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| Protein accession | YP_001408992 |
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| Protein GI | 154174127 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | [TIGR01786] TonB-dependent hemoglobin/transferrin/lactoferrin receptor family protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 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 | ATGAGTGGCA ACAGATTAAA GTTGTCTTTG ATTGCTTTAC TGATCCTAAA CGCAGGAGGG
TTATTCGCAG CAGACGAAAA GGATGTAAAG CTAGATAGTA TCGAAGTTAT CGGCACGACG
CCTGATGACG ATGTGAAGAC CAAAAAGGTC GGAGAGACTA AGAAGAGCGC TGAGACTCTT
AGCAAACAGC AGGTTTCAGA CAGTAGAGAC CTCGTAAAAT ACGAAACCGG CGTAACGGTC
GTAGAGGCGG GAAGATTTGG CGCTAGCGGA TATGCCATAC GTGGTGTGGA TGAAAATAGG
GTCGGAATAA TGATAGATGG CTTACGTCAG GCCGAGACAT TGTCATCTAC TGGATTTAAA
GAACTATTTG AAGGATACGG AAATTTTAAC AATACCCGTA ACGGCGTAGA GATGGAAAAC
GTCAAGCTAG CTACCATAAC AAAAGGTGCT GACTCTATAA AGACAGGCTC GGGCGCACTT
GGTGGCTCCG TGATGTTTGA GACCAAAGAT GCGAGAGACT ATCTGATAGA TAAAGACTGG
TATTTTGGTT TTAAAAATGG TTACCAAAGT AGAGATACTC AAAATTTTAG ATCAGTTAGC
GCTGCTGCTA GGTTTAAGTG GTTTGATATA TTGATCATCA ATACATTAAG AGATGGACAT
GAGACTAAAA ACTATTTTTA CGATATATAT AATGGCGATG AAGATAGGTC TCATGTAGGT
AAGACTCGCG AGAAGGCCGA TCCTTATCAT ATAAAAAGAA AAAGCACCAT GGTAAAAGTT
GGTTTTCAAC CGAGCGATGA ACATAGATTT AGCGTTATGC ATGATGACTC TACTCTTAGC
TCGAGAGGAG AAGACTTGTC TTATTCGTTG CGAACTTGGA GTCAAGGACA AGAAGATACG
AAACTAGGGG AGAGAAGAAC AAATGATAAA TCAACTAGAA AAAATACTCA ATTTACTTAC
GAAAATTTTG TTGAGACCCC GTTTTGGGAT AGTTTTAAAA TTTCCTATTC TACTCAAAAG
ATAAAAAATA AAGCAAAGAC AGATGAGTAC TGCAATAACG ACGGATGCAA CAACGTTAGA
AATCCATCGG GATTAAACCT TGTGTATGAC AAAGAGGCGG GAGTATATAA AATCGTAGAT
AAAAATAATA AAGAACTAAG TTTTTATGAT AAAAAGAATA AAAAAAGAGT TTCTGGTGAT
AGGCATGAAG CAAAGTATGC TGATGCAGAA GAGTTTATGG ATAGTAATGG TAATGTTTTG
GAATGGAAAA ATAATGGAGG CGATCCTGAT TATATGCTTA TGGACTGTTC TAAAATAGAC
TGTTCTAAAA AATTTAGGGT TTCTCGCCTT ATAAATACCG GTAGAGTAGA TGCAGATGGT
GATGATATAT GGGAACATAC ATTTGCAGAC AGGGATATAA TAACAAAAGA ATACCATGGA
ATAAAATACG GTGTAATTAA AAAGGATGAT CCAGCCGAAG AGCTAAGATT TGTTACTCCT
CAAAGTGAAG GATTCGCAGA GAATAATTAT CATGACAGAG ACTTAAATAC TGACACGAAG
CAGTTTGATA TAAATTTTGA TAAAGAATTC GAGCTTTTTC ATACATCACA TTCTTTAAAA
TATGGTGGAT TATTAGATAA AACCAAAAAA AGTATGGTAG ATCAAGATGG ATATATCGAT
GTAAGCTCAA AATGGTGGGC TACTGATTTT TTTGGGTATG ATAACTGGGG TACAATACCA
AGACCAGATA AATGGCCAAC CACTAATAAA CTAAAAAAAA ATACAAGCAC AAAGCAAACA
TATCTTGTTC CGGTTGAGAC TGAGACAAAA GCATTTAATA TCGGAGACAA TATAAATCTT
ACCGATTGGT TGGGGCTTGA TTTAAACTAT AGATATGATA TCGTCAAGCA TAGCCCTAGC
TATGATGAAA GCATACCAGT CCCTCCAGGA ATGATAATAG GTGTTTTTAA ACCTTTGATT
GGTTATAATC CCTATGGAAA TTCACAAGGA TATAAACATC CGATAGCTCA GCAAAATTTG
AAAGAGAATT TAGATATCTT GCTTCAAAAT AGAGAATTTA AAAGTGACTC TTACTCGCTT
GGGTTAAATT TGGATCCGCT TGAATGGATG AGAGTTCAGT TTAAATATTC AAAAGGCTTC
CGCGCTCCGA CGTCAGATGA GATGTATATG ACCTTTAAAC ATCCTAGTGC CTCTATAAGG
CCTAATATAA ATTTAAAGGC TGAGATAGCA AAAACAAAAG AGGCTGCTCT TACTTTTTAT
AAAAATCAAA GCTTTGTTAG TTTTGATGTA TTTAAAACTG ACTATGAAAA TTTTATAGAT
TTGGTATATA TAGGCGAATT TCCTATAGAT GATAGCTCTC AATTAGGCTA TCCATTTTGG
CAGAATAAAA ATAGAGATAA TGCCAAAGTG GATGGTTTTG AGATAACTTC ACGCCTAGAA
ATGGATGAAA TTTTACCTTC TTTAAGAGGG TTTAGATTAG GGTATAAATT TACTCATCAA
AAGGGCAGGA TGCGTGACGA TGAGGGCAAC ACTATTGCTA TGAATGCTAT CCAGCCGACA
ACCTCTGTCT ATACACTAGG CTACTCTACA CCTGGCGATA AATACGGCAT AGACCTTTAT
ATAACGGATG TTGGAGAGAA AAAGGCGGAA GATACTTATA ATATGTATTG GAAACAACAA
GAGAAAGATC CAAATTATCT AGTAAAAGGA AAGCCTGTGA CTGATAGTGC TTGGGGCTGG
AGAAGTGGGA ACTATACTGT TTTTGATTTA ATTGCTTATG CTAAGCCGGC TAAGAATTTT
GCCTTTAGCT TCGGACTTTA TAATATAACC GATCAAAAAT ATATGACTTG GGATAGTGCA
AGATCGATAC GTGGTTTTGG AACGACAAAC CTGATAGATC AAAACACCGG TGCTGGCATC
AAAAGATTTT ACGCTCCGGG CAGGAATTTC AAATTTACAT GGGAGATCAA ATTTTAA
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| Protein sequence | MSGNRLKLSL IALLILNAGG LFAADEKDVK LDSIEVIGTT PDDDVKTKKV GETKKSAETL
SKQQVSDSRD LVKYETGVTV VEAGRFGASG YAIRGVDENR VGIMIDGLRQ AETLSSTGFK
ELFEGYGNFN NTRNGVEMEN VKLATITKGA DSIKTGSGAL GGSVMFETKD ARDYLIDKDW
YFGFKNGYQS RDTQNFRSVS AAARFKWFDI LIINTLRDGH ETKNYFYDIY NGDEDRSHVG
KTREKADPYH IKRKSTMVKV GFQPSDEHRF SVMHDDSTLS SRGEDLSYSL RTWSQGQEDT
KLGERRTNDK STRKNTQFTY ENFVETPFWD SFKISYSTQK IKNKAKTDEY CNNDGCNNVR
NPSGLNLVYD KEAGVYKIVD KNNKELSFYD KKNKKRVSGD RHEAKYADAE EFMDSNGNVL
EWKNNGGDPD YMLMDCSKID CSKKFRVSRL INTGRVDADG DDIWEHTFAD RDIITKEYHG
IKYGVIKKDD PAEELRFVTP QSEGFAENNY HDRDLNTDTK QFDINFDKEF ELFHTSHSLK
YGGLLDKTKK SMVDQDGYID VSSKWWATDF FGYDNWGTIP RPDKWPTTNK LKKNTSTKQT
YLVPVETETK AFNIGDNINL TDWLGLDLNY RYDIVKHSPS YDESIPVPPG MIIGVFKPLI
GYNPYGNSQG YKHPIAQQNL KENLDILLQN REFKSDSYSL GLNLDPLEWM RVQFKYSKGF
RAPTSDEMYM TFKHPSASIR PNINLKAEIA KTKEAALTFY KNQSFVSFDV FKTDYENFID
LVYIGEFPID DSSQLGYPFW QNKNRDNAKV DGFEITSRLE MDEILPSLRG FRLGYKFTHQ
KGRMRDDEGN TIAMNAIQPT TSVYTLGYST PGDKYGIDLY ITDVGEKKAE DTYNMYWKQQ
EKDPNYLVKG KPVTDSAWGW RSGNYTVFDL IAYAKPAKNF AFSFGLYNIT DQKYMTWDSA
RSIRGFGTTN LIDQNTGAGI KRFYAPGRNF KFTWEIKF
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