| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dhaf_3727 |
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| Symbol | |
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| ID | 7260748 |
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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 | Desulfitobacterium hafniense DCB-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011830 |
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| Strand | - |
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| Start bp | 3960835 |
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| End bp | 3963765 |
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| Gene Length | 2931 bp |
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| Protein Length | 976 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 643563651 |
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| Product | heavy metal translocating P-type ATPase |
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| Protein accession | YP_002460179 |
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| Protein GI | 219669744 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG2217] Cation transport ATPase
[COG2608] Copper chaperone |
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| TIGRFAM ID | [TIGR00003] copper ion binding protein
[TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01511] copper-(or silver)-translocating P-type ATPase
[TIGR01525] heavy metal translocating P-type ATPase |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.671285 |
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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 | ATGAGTAAAA AGAATACAGC AATCAAGGTG ACCGGCATGA CCTGTGAGCA TTGCGTGGGC
CGGGTAAAGA AAGCCCTGGA AAGTTTGCCG GAGCTGGAGA ATGTCAACGT CTCTCTGGAG
AACGGGGAGG CCAGCTTTGA CTGGACCGGA GAAGGCTTAA GCATGGCAAG AGTGAAAGAT
GTCATCGAAG AAGCGGGCTA TACAGTGATA GAGGACCAAG AAGCTCAGCA AAGGGTTCCG
GTTCAGGCTC AGGGGATGCT TATGAAAGAA CTGAATGTTT ATGGTATGAC CTGTGAGCAT
TGTGTGCGTA GGGTGAAAAA AGCTTTGGAG AACCTCCCTG AAGTGGCCGA TGTGGAAGTT
TCCCTGGCGG AGTCAAAAGC CGCCTTTCGT CATAATCCGG CCATAACCAC AGAGGCACAG
ATTAAAGAAG CAATCCAGGA GGCGGGATAT TCTACAGAAG CCACAGAATC CATTGAAGTC
ACTGAAGCCT CCGTACCGGA CATTCAAGAA TCGGAAAGCC CTGCACAGGA ATCAGTTAAC
GAGAAGAAGC AACTTAAAAT AACCGGTATG ACCTGTGCCA ATTGTGCCCT GACCATTGAA
AAGGGAATGG CCAAGCTGCC GGGGGTCAAA GCCGCTACGG TCAATTTTGC CTCAGAGAAA
CTTTCCTTGG ATTATGACCC GGCACTTCTC GATGAGAAAA CTATCCTTGA GAAGGTCAAG
GATTTGGGTT ATGGGGCTTA TATGGAAAGG GATGAAGGAA AAGCCCAGTT TAAAGTGAGC
GGTATGACCT GCGCTAATTG TGCTCTTACC ATTGAAAAGA AATTGCGCAA TACACCGGGA
ATTCAGACTG TAGCCGTTAA TTTTGCGACA GAAAGCGTCA CGGCAGAATA TGATCCCAAC
CTGATCGATC TGGAGACCAT CTATGAACAG GTCAGAGATG CAGGCTATAC CCCCATTGAG
AATAAAGAGG AATCCCGTGA GGATAACCAT GTGAAATCCC AGCGCAACTG GGTCATCTTC
AGTGCAGTGC TGTCGGCGCC CCTGATGCCC ATGATGTTTA TGCCCATGAC CCATGGCATC
ATGTATACTA TGTTTATTCT GGCCACCATC GTTCAATTTA CGGCTGGCTT GACATTTTAT
CGGGGAGCTT ACCATGCCCT GAAGAACCGC TCCACCAATA TGGATGTGCT GGTCGCTATG
GGTATCACAG CTGCTTATGG CTATAGTGTG ATGACAACCT TTCCCCATAT TTTCTTCGAG
GGGGATACCT TCTTTGACAC ATCGGCTCTT CTGATCACCT TTGTGCGTTT CGGCAAGTAC
CTGGAAGCAA AAGCCAAGGG ACGTGCCGGG CAGGCCCTAA AACGTCTCCT TGAGCTGCAA
GCGGATCGAG CCCGTCTGTT GATTAATGGA GAAGAAAAGG AGGTCCCCGC CTCCAGTGTC
AAAATCGGGG ATATCGTCCT GGTGAAGCCC GGTGAAAAGA TTCCTGTGGA TGGAGTGATT
GTTGAAGGGC AAGCCAGCAT CGATGAGTCC ATGATTACGG GAGAATCGAT ACCTGTTGAT
AAAGGTGCCG GTGAAAATGT GATCGGAGCA ACCATCAACC GTTCGGGAAG CATTAAAGTC
TCCACCACCA AAACAGGCAA GGACAGTGTC CTTTCCGGAA TTATTAAAAT GGTGGAGGAC
GCCCAAGGAG TTAAGCCGCC CATTCAACGT CTGGCAGATA AGATATCCAA TGTCTTTGTG
CCCGTGGTGG TAGCTATCTC CATACTTACC TTCATCATCT GGTATGTATT TTTGGACAGT
GCCTTTGTCT TCGCCTTCAC CGCCGCCATT GCCGTCCTGG TCATAGCCTG CCCCTGTGCT
TTAGGGTTGG CGACGCCCAC AGCCATTATG GTGGGGAGCG GTGTCGGTTT AAACCGGGGG
ATCCTCTTCA AATCAGCTGC CGTGCTTGAA GGAATAGCCA AAGTGGAGGC TATTGGCTTT
GACAAAACAG GCACCTTAAC CAAAGGGAAA CCGGAAGTAA CCCATCTTAT GGCCTATGAA
GGATATGCCC AAAAGGACCT GCTCAGGATT GCTGCGGCAG GGGAGAACCC TTCCATTCAT
CCCTTGGCTC AAGCTATTGT CCAAAGAGCT AAAGATGAAG GGATCGAGGT GGAGGAAGTT
CAGGACTATC ATGAAGAAAG TGGTCACGGC ACCCTTTGCT CTTACCAAGG CAAGAAATTG
CTCATCGGCA ATAAAAAGCT GATGCTCAAA GAGAATATTC CCACTGAAGC AGTAGAGAAG
GATTTTCAGG AATTGGCCAA TGAAGGAAAA ACCACCAGCT TTGTGGCCTA TGACGGGAAA
GTCATTGGCA TCATCGCCTT GGCCGATGTC TTAAAGGAGA GTACGCAAGA AGCGATTAAA
CGCCTGCACG GCCTGGGGAT TAAAACCTTC ATGATTACCG GGGATAATAA GAAAGTCGCC
ACCGTCATCG GCAATGAAGT AGGCATCGAC GAAGTGGTGG CGGAGGTCCT CCCTCAGGAC
AAAATTGAGA TCATCAAGAG GTACCAAAAT GATGGCCTGA AAGTGGCCAT GGTTGGGGAT
GGGATCAATG ATGCCCCCGC TTTAGCTCAG GCCGATATCG GCATCGCCAT CGGCTCAGGA
ACGGATGTGG CCAAAGAAAC CGGGGATGTG GTCCTGGTGC GCAATGATCT TCTCGATGTG
GAACGGGCCA TTCGCCTTGG CCGCAAAACC TTAACCAAGA TTAAGCAGAA TTTATTCTGG
GCTCTCATTT ACAATACACT GGGAATCCCC ATTGCCGCCG GAGTGCTTTT TCCGATTACC
GGAGAGCTCT TGCCCCCGGA ATGGGCGGGC CTGGCCATGG CCTTTTCCTC AGTGTCCGTA
GTGACCAGCT CGCTGCTGCT CTCCAGGTAT AGTAAAGAAC TGGTTGATTA A
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| Protein sequence | MSKKNTAIKV TGMTCEHCVG RVKKALESLP ELENVNVSLE NGEASFDWTG EGLSMARVKD
VIEEAGYTVI EDQEAQQRVP VQAQGMLMKE LNVYGMTCEH CVRRVKKALE NLPEVADVEV
SLAESKAAFR HNPAITTEAQ IKEAIQEAGY STEATESIEV TEASVPDIQE SESPAQESVN
EKKQLKITGM TCANCALTIE KGMAKLPGVK AATVNFASEK LSLDYDPALL DEKTILEKVK
DLGYGAYMER DEGKAQFKVS GMTCANCALT IEKKLRNTPG IQTVAVNFAT ESVTAEYDPN
LIDLETIYEQ VRDAGYTPIE NKEESREDNH VKSQRNWVIF SAVLSAPLMP MMFMPMTHGI
MYTMFILATI VQFTAGLTFY RGAYHALKNR STNMDVLVAM GITAAYGYSV MTTFPHIFFE
GDTFFDTSAL LITFVRFGKY LEAKAKGRAG QALKRLLELQ ADRARLLING EEKEVPASSV
KIGDIVLVKP GEKIPVDGVI VEGQASIDES MITGESIPVD KGAGENVIGA TINRSGSIKV
STTKTGKDSV LSGIIKMVED AQGVKPPIQR LADKISNVFV PVVVAISILT FIIWYVFLDS
AFVFAFTAAI AVLVIACPCA LGLATPTAIM VGSGVGLNRG ILFKSAAVLE GIAKVEAIGF
DKTGTLTKGK PEVTHLMAYE GYAQKDLLRI AAAGENPSIH PLAQAIVQRA KDEGIEVEEV
QDYHEESGHG TLCSYQGKKL LIGNKKLMLK ENIPTEAVEK DFQELANEGK TTSFVAYDGK
VIGIIALADV LKESTQEAIK RLHGLGIKTF MITGDNKKVA TVIGNEVGID EVVAEVLPQD
KIEIIKRYQN DGLKVAMVGD GINDAPALAQ ADIGIAIGSG TDVAKETGDV VLVRNDLLDV
ERAIRLGRKT LTKIKQNLFW ALIYNTLGIP IAAGVLFPIT GELLPPEWAG LAMAFSSVSV
VTSSLLLSRY SKELVD
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