| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Amuc_1059 |
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| Symbol | |
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| ID | 6274051 |
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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 | Akkermansia muciniphila ATCC BAA-835 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010655 |
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| Strand | - |
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| Start bp | 1262718 |
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| End bp | 1265876 |
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| Gene Length | 3159 bp |
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| Protein Length | 1052 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 642613110 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001877666 |
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| Protein GI | 187735554 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [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 | 21 |
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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 | 58 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACTTTC TCATTTCATT CTGCCTGAAC AACAGGATTA CTGTGATCCT GCTGACGATT
GCGCTGGCAA TCGTCAGCAT TTTCGTGGTG AAGAACATTC CCGTGGACGT ATTCCCGGAA
CTGAAGGTCC CGCGTGTCAC CATCCAGACG GAAGCCCCCG GCCTTACTGC GGAAGAAGTG
GAACAATACA TCACCATTCC CATTGAGTCC GCCATGAACG GAACCGCCGG AGTCAAAGGC
GTCCGCTCCT CCTCCGGCAG CGGGCTTTCC TTCGTATGGG TGGATTTCGA CTGGAACAAA
GATATCTACC AGGCCCGGCA GATTGTAACG GAACGTCTTG GAGCAGTCCG GGAATCCCTG
CCGGAAGGGA CATCCCCGGA GCTGGCCCCC ATCGTCTCCA TAACGGGGGA AATCATGCTC
ATCGCCCTGA CTGGAGACAA GGATACCTCC CAGCTGGACA TGAGGCAACT GGCGGAATAC
AAGCTGCGCA CGCGCCTGCT GGCCATTCCC GGGGTGGGGC AGGTCACGGT GCTGGGCGGG
CGTCTGCCGG AATACCAGGT GATTTATGAT CCCAACAAGC TCAAACTGGC CGGGGTGGAC
CTTTCCAGCC TGAAAACGGC TATTCAGGAA TCCCAATCTT CCGTCCCCGC AGGGTATCTG
GAGGATGTAG CCGGGCAGGA ACTCCCCATC CAGCAGGATA CCCGCACAGC CAATATTGAA
CAGCTCAACC GCGCCCTGGT TCCGGACCAT GCCTCCGGAA TACTCCGGCT CCAGGATGTG
GCGGAAGTCA AGATAGACGG TGCGCCGCGG CGGGGAGATG CCGGATTTAT GGGGGAAGAC
GCCGTGGTGC TTTCCGTGCA GAAGGTGCCG GGAGCCAATA CGCTGGCCCT GACACAGGCC
GTGGATGCAG CCGTCAGGGA ATTCAGCCAA AGCCAGCTTC CCAAGGGAAT GAAACTGCAC
ACCGCAGCCT ATCGGCAGGC GGATTTCATT GAAATGTCCC TGGATAACGG CACGGAAACC
CTCCTCATTG CCGGAGCGGT GGTCATGATC GTCATCTTCC TGACGCTGCT GAACCTTCGC
ACGGCCATCA TCACGCTGAT TTCCATGCCC CTGTCCATCC TGTTCGGGTT GATGATGTTC
CCCGTCTTCG GGCTGGCCAT CAACATCATG ACCCTGGGCG GCCTTGCCGT AGCCGTGGGA
GACGTGGTGG ACAACGCCAT TATTTTCGTG GAAATAGCCT GGAGGCACCT GAACAGGAAC
GCCGCCCTGC CGAAAGATAA GCGCAAGAGC AAGTATGAGG TTCTGATGAA AGCCAAGAGC
GAAATCGTAG GCTCCATTTC CTTCTCCTCT GTCATCATCC TGCTGGTATT CACTCCGGTG
CTCTTCCTGT CCGGTCTGGA AGGCCAGTTT TTCCGGCCCC TGGGGATCTC CTACATGCTG
GCCCTGCTTT CTTCCCTTAT TGTAGCTGTC ACCATAACTC CGGTTCTCTG TTACATATGG
TTCAAGAAAA GCAAAAACGC CGCTACTCTG GAAAGCGGGG ATTCCTTCAG CTCCCGCCTC
ATTAAACGCA TTTATGCCCC CATCCTGGAA TTCTGCCTGC GCTTTTCCAA AACGGTCTGC
GCCATCATGA CGGCCATTAC ACTGCTGGCC CTGTGGCTGG GTTCCACGTT CGGAACCAGT
TTCCTGCCGC CGTTCAACGA GGATTGCTAC ACAGTCTTCG TCAGCACGGT GCCGGGAACT
TCCCTGGATG AAACGGAGCG CATCTCCCGG AAAGTGATGA AAGATATTGA ACAGATTCCG
GGGGTTCTCA GTGTCACCCA GCGCACGGGA CGCGCGGAAA ACGACGAACA CGCAGAACCC
GTCAGCGCCT CCGAGCTGCT CGTGCGCGTG GATCTGAAGA AAGACCAGAA AGAATTGCGC
GCCGCCATCA AGAAATGCAT TGACGGCATC CCCGGCACCA GCTCCATGAT CGGCTATCCG
CTGGCCCATC GCATCAGTTC CGCTCTGTCC GGCTCCAACT CGGAAATCGC CATCAACATT
TACGGCACAG AGCTGCCCCA GCTCCGCCTG GCGGCCCGGA AAGCCAAGGA AATTCTGGAG
AACATGCCGG AAGTGGCGGA TGCACGCGCC AACCGGGAAA TTATGGTGGA TACCATTCGC
GTGCAATACA ATCAGGAAGC CCTGGCTTCC TACGGCCTGA CCATGGCGAA TGCTGCGGAA
CAGGTTTCCA CGGCCATGAA CGGACAAAAA CTGGGAGAAG TCATCAAAAA CCAGGACCAT
TGGAACATTG TCCTGCGCAT TGACCCCAGA CTTAAAACGT CCATGGAAGA TGTCAAAAAC
CTGGAACTCA TTTCCCCCAA TAAAAAAACC GTGCGCCTGG ACGACGTGGC ACAGGTATAC
CGGGAGGAAG TTTCCAACCT CATCCTGAGG GACAACACCA TGCGGAAAGC CATGATTTCC
TGCAATCCCT CCCCCAATTC CAACCTGGGA GACCTTGCGA AAGCCTGTCG GGAACAATTG
GACCCGGTAA TGAACGCCAT GGGCTGTACC GTGGACTATG ACGGCACTAT CAAAGCACGG
GAATCCGCAT CACAACGGCT TTACGTCCTG GGCGCCATCG TCATGGTGCT CATCGTGCTG
CTCCTTTCCT CCGCACTGGG AAGCGTCCGG CGCGCCATGC TGACCCTGGT GAACATACCG
CTGTGCCTGG TGGGCGGCAT CGTAGCCGTC TTCCTTGCCT CCCCCGGTAC GCTGTCCTCC
CTGTTTGGAG GAACTTACAT TCCTCCCATT CTTTCCGTGG CTTCCATTGT GGGATTCGTG
ACCGTCATCG GCTTCGCCAT CCGCAGCGGC CTGATTCTGC TCAACAGGTA CCGGGCCCTG
GAACATCAGG GGATGGAACC CGCGGAAGCC ATACGGGAGG GTTCTCTGGA ACGCGTGGTC
CCCATCATCA TGACTTCCCT GACTACCGTG CTGGGGCTGC TCCCGCTGAT CTGGGCCATT
GACCAGCCCG GAGGCGAACT GCTCGGCCCC CTGGCCATCG TCCAGTTCGG CGGGCTGGTG
ACAGCCACCA TCCTGAACCT GCTTATCATT CCGGCCACGG CCAAACTCTT CTCCCGCTGG
ATTGCCTCCC GGCGGAAGGA ATTGAAAGCA ACCTCCTGA
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| Protein sequence | MNFLISFCLN NRITVILLTI ALAIVSIFVV KNIPVDVFPE LKVPRVTIQT EAPGLTAEEV
EQYITIPIES AMNGTAGVKG VRSSSGSGLS FVWVDFDWNK DIYQARQIVT ERLGAVRESL
PEGTSPELAP IVSITGEIML IALTGDKDTS QLDMRQLAEY KLRTRLLAIP GVGQVTVLGG
RLPEYQVIYD PNKLKLAGVD LSSLKTAIQE SQSSVPAGYL EDVAGQELPI QQDTRTANIE
QLNRALVPDH ASGILRLQDV AEVKIDGAPR RGDAGFMGED AVVLSVQKVP GANTLALTQA
VDAAVREFSQ SQLPKGMKLH TAAYRQADFI EMSLDNGTET LLIAGAVVMI VIFLTLLNLR
TAIITLISMP LSILFGLMMF PVFGLAINIM TLGGLAVAVG DVVDNAIIFV EIAWRHLNRN
AALPKDKRKS KYEVLMKAKS EIVGSISFSS VIILLVFTPV LFLSGLEGQF FRPLGISYML
ALLSSLIVAV TITPVLCYIW FKKSKNAATL ESGDSFSSRL IKRIYAPILE FCLRFSKTVC
AIMTAITLLA LWLGSTFGTS FLPPFNEDCY TVFVSTVPGT SLDETERISR KVMKDIEQIP
GVLSVTQRTG RAENDEHAEP VSASELLVRV DLKKDQKELR AAIKKCIDGI PGTSSMIGYP
LAHRISSALS GSNSEIAINI YGTELPQLRL AARKAKEILE NMPEVADARA NREIMVDTIR
VQYNQEALAS YGLTMANAAE QVSTAMNGQK LGEVIKNQDH WNIVLRIDPR LKTSMEDVKN
LELISPNKKT VRLDDVAQVY REEVSNLILR DNTMRKAMIS CNPSPNSNLG DLAKACREQL
DPVMNAMGCT VDYDGTIKAR ESASQRLYVL GAIVMVLIVL LLSSALGSVR RAMLTLVNIP
LCLVGGIVAV FLASPGTLSS LFGGTYIPPI LSVASIVGFV TVIGFAIRSG LILLNRYRAL
EHQGMEPAEA IREGSLERVV PIIMTSLTTV LGLLPLIWAI DQPGGELLGP LAIVQFGGLV
TATILNLLII PATAKLFSRW IASRRKELKA TS
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