| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_1645 |
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| Symbol | |
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| ID | 4035587 |
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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 | Psychrobacter cryohalolentis K5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007969 |
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| Strand | - |
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| Start bp | 2023934 |
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| End bp | 2026828 |
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| Gene Length | 2895 bp |
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| Protein Length | 964 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637974110 |
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| Product | heavy metal translocating P-type ATPase |
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| Protein accession | YP_580906 |
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| Protein GI | 93006469 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG2217] Cation transport ATPase |
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| TIGRFAM ID | [TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01525] heavy metal translocating P-type ATPase |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.029405 |
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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 | 1 |
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| Fosmid unclonability p-value | 0.00127131 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTTCTGTC TAAAGGAAAT AAGTGCGATT ATGTCCAGTA TTCCATCTCC TATGCCGCCA
ACATCACCGA CATTACCAAG GTCATCAAAA ACCAATACTC ATTGTCAAGA CAATTCTATT
ATTGACGGTC TGGTATTGCC GCTGGCGGGT CATTGCTTTC ATTGCGGTGA TCGCGTGCCG
CAGCCGCCGT TTCATACTGA TATATTAGGT AAATCGCGTG AGATGTGTTG TATGGGCTGC
CAGTTAGCTT CACAAAGTAT CGTGGAAGCG GGGCTTGAGC AATATTATCT TGATCGCTCG
GAGATTAACC GTACGGCAAG CTTACCCGTT CAGATGACCC GCCTTGAAGC TTATGATCAT
GATGAAATAA AATCACAGTT TGTCTACGCC CAAGACGGTA TGTCGGTAGC AGAGTTGTCT
GTCAATAATC TGCGCTGCGC TGCTTGTACG TGGTTGATTG AATCGCGACT TGATGAGTTA
GATGGCATCA GTAAATGTCA GGTTAATTTG ACCAATCAAC GCATGCGGGT AATTTGGGAT
GAAACCAAGC TACCGATTAG CCGGATTCTT GCGGTTATCA ATGAAATTGG CTATGAAGCC
AAGCCTTATC GGCAAGATAC CCACGAAGCC ATGCTAGCAC GTCATAACAA TCAAATGCTA
ATAAGGCTTG GCATCGCGGC ACTCGGCTCA ATGCAAGCGA TGATGTATGC CGTGGCAATT
TATTTCGGTG AATATAGCGA TATGCTGATA TTTCAGCGCG ATTTTTTGCG TTGGGTGTCT
TTATTCGTCA GTACGCCAGT ATTCTTTTAT GCCGGTGTAC CATTTTTTAC GTCAGCATGG
TCAGCGATTC GTGCTCGCCA AGTCAATATG GACGTGCCCG TTAGTATTGC CTTGATTGTC
ACATTTTTTG CCAGTCTATT TGCCACCATT ACTGGACAAG GGGAGACCTA TTACGACTCA
GTCAGTATGT TTATTTTCTT CTTGCTGGCA GGTCGTTATA TTGAGCACAA TGCGCGCCTA
AAAGCGGCAA CTATGGCAAA CGATTTGGTG GTAGTTGAGC CAGTATTGGT ACAGAAAATT
GCTGAAGACA AAGACTCTGC TACAAGTGTT TTGCAGCTAT TAGAACAAAA TAGCGTTCAG
AAAAATGCGC TTAAACAAGA AAGCGAAGAG TCTGTTAATA AGCTTGATGA TAGAGCTGTT
AATGGGGCTG TTACCGTAGT TGGTAATGAG GTAAATAGTC AAAATACAGT GAGTGCTACG
CCTAATTTTA CGCAAAGTAT GGATGCTAAT GTCTATCAGT TAACATCACG TATTGCTCAA
GAATGGCAGC AGACTCGTCA GCAACGATTA ACTGTCTCAA ATACAAACGA TGAGGCAAAA
GAAAAGCAGA TGGTGACCGC TCATAGCTTG CAAGTGGGCG ACATCATCAT GGTTGAGGCA
GGTTCTGAGA TTATCAGTGA TGGTATCTTG CTCAGTTCAA CCGCCACAGT TTCTCAAAGC
CTACTGACAG GTGAAGGTGA TTTAATCACT AAGACCCAAG GCAACTATAT CGTCGGCGGT
GCACAAAACG ACAGCCAACC ATTTGAGATG TTGGTCACAG CGCTACCAGA AGACAGCCAA
ATCGGTTTGA TTGACAGGCT AATGAATCGG GCAATGAGTG AAAAGCCAAA ACTCGCCCAG
CAAGCAGATA AGCTAGCACG TTGGTTTGTT GCGCGTATTT TAGTATTGTC TGTCTTGGTA
TTTATCGGCT GGTATATCGT GGATCCAAGC CAAGCGATTT GGGCAACGGT GGCGGTATTG
GTCGCGACAT GTCCTTGTGC GCTGTCTTTA GCGACACCAA TTGCGCTTAC TGTATCGACC
AATCGATTGG CCAGCTATGG GTTTTTGACG ACGCGCGGGC ATACCCTACA AACGCTTGCT
GAAATTACCC ATGTGGCATT TGATAAAACG GGAACCTTGA CCTATGGTAA ACCCAATTTA
TTAAACGTTA AGCTACTTAC TGATACAAGT GTCATCACAA AGGCAGATGA GCAAAGAGAC
AATGTATTAG CTATTGCGGC AGCGTTAGAG GTGGGCAGTC GTCATCCTAT TGCTCATGCA
CTACTGACCG CCGCATATCA ACTGCATCTG CCAGCGACAC AAGCTTTACA GCATCATCCA
GCAGGTGGCG TTGAAGCAAT GATGGATGGT ATGCTATATC GTATTGGTCA TGTAGATTTT
TCTTTAGACA AAATGAATAA TGTTACCAAT GCAGATAACG ATTTAATGAT TGATCTAGTT
GCCGAGCGCG CCAGCTCAGC GGTAGTCTTA TCTTGTCAAA AGGATAAATC AGCAAGCTGG
CAAGCACTGG CATGTTTTTA TTTTAATGAT AAGGTACGTG ATAGCGCTCA ATCTATGCTG
GATAGCTTGA AAGCACTAGG TATCGAGCCT GTCATGCTCA CAGGTGACCC AAGTCCGCAA
GCCTTGGTAA TGGCTGAAAA TTTGGGTATG CAGTCTGCGT ATAACGGTCT ATCACCAATG
GACAAGGTCA AACATATTCA ACAGCTACAA GCTCAAGGTG CAGTGATATT GATGGTTGGT
GATGGTATTA ATGATGCGCC AGTATTGGCA GCGGCAGACG TTTCAACCTC GATTGCCGGT
GCAGCAGATT TGGCGCAAGT ATCTAGTGAC AGTATTATCC TAAATGGACA AATCGAAGCT
ATTATTGCAG CGAAACGTAT CGCTGATAAA ACCAAGCGCA TTATCAAACA AAACTTGCGC
TGGGCACTTA TTTATAATGG TAGTGTATTG ATACCAGCAG CTTTGGGTTA TGTGCCACCT
TGGCTAGCTG CTATTGGCAT GTCACTAAGC TCATTATTTG TCGTATTAAA TGCCCTGCGT
CTAAAGCGTG CTTAG
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| Protein sequence | MFCLKEISAI MSSIPSPMPP TSPTLPRSSK TNTHCQDNSI IDGLVLPLAG HCFHCGDRVP
QPPFHTDILG KSREMCCMGC QLASQSIVEA GLEQYYLDRS EINRTASLPV QMTRLEAYDH
DEIKSQFVYA QDGMSVAELS VNNLRCAACT WLIESRLDEL DGISKCQVNL TNQRMRVIWD
ETKLPISRIL AVINEIGYEA KPYRQDTHEA MLARHNNQML IRLGIAALGS MQAMMYAVAI
YFGEYSDMLI FQRDFLRWVS LFVSTPVFFY AGVPFFTSAW SAIRARQVNM DVPVSIALIV
TFFASLFATI TGQGETYYDS VSMFIFFLLA GRYIEHNARL KAATMANDLV VVEPVLVQKI
AEDKDSATSV LQLLEQNSVQ KNALKQESEE SVNKLDDRAV NGAVTVVGNE VNSQNTVSAT
PNFTQSMDAN VYQLTSRIAQ EWQQTRQQRL TVSNTNDEAK EKQMVTAHSL QVGDIIMVEA
GSEIISDGIL LSSTATVSQS LLTGEGDLIT KTQGNYIVGG AQNDSQPFEM LVTALPEDSQ
IGLIDRLMNR AMSEKPKLAQ QADKLARWFV ARILVLSVLV FIGWYIVDPS QAIWATVAVL
VATCPCALSL ATPIALTVST NRLASYGFLT TRGHTLQTLA EITHVAFDKT GTLTYGKPNL
LNVKLLTDTS VITKADEQRD NVLAIAAALE VGSRHPIAHA LLTAAYQLHL PATQALQHHP
AGGVEAMMDG MLYRIGHVDF SLDKMNNVTN ADNDLMIDLV AERASSAVVL SCQKDKSASW
QALACFYFND KVRDSAQSML DSLKALGIEP VMLTGDPSPQ ALVMAENLGM QSAYNGLSPM
DKVKHIQQLQ AQGAVILMVG DGINDAPVLA AADVSTSIAG AADLAQVSSD SIILNGQIEA
IIAAKRIADK TKRIIKQNLR WALIYNGSVL IPAALGYVPP WLAAIGMSLS SLFVVLNALR
LKRA
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