| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_0612 |
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| Symbol | |
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| ID | 3996585 |
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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 | Methanococcoides burtonii DSM 6242 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007955 |
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| Strand | - |
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| Start bp | 628292 |
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| End bp | 631120 |
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| Gene Length | 2829 bp |
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| Protein Length | 942 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637958415 |
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| Product | copper-translocating P-type ATPase |
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| Protein accession | YP_565333 |
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| Protein GI | 91772641 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.764101 |
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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 | ATGGAAGCTA AGATAGATGT TCTTGGAATG ACATGTATGC ATTGTCACGA GAGGGTTACA
AAAGCCATCT CTGCGCTTAA AGGCGTGGAA AGTGTCGATG TAAGTCTTGA AGAGAACAAT
GCGACCGTCA TTTTCGATCC TGAAAAGGTC AGCCTTGAAG AGATCGAACA GGCAATTCTC
GGTTTAGGTT ATGAGGTAGG GAAGGATGAC AATTCTGGAA TCCCGGATGA TCTGACAGAG
GACACAGAAA CGATCGAGGT GGGGGACACG GTCGATGCAG AGGGAAAAAG CAACTCACAT
CCAACACCCG TTGAGCTTCT TCAGGAGAAT GGTGAGAAAG TAACTCAGAA AGCAGATAAG
GAGCCTGTGG AAACTACGTT GAAAGTTACA GGCATGACCT GTGCTGCCTG TGCTATTCGC
ATAGAGGATG CCCTTAAGAA ACAATCTGGT GTGCTATCTG TAACGGTCAA TCTTCCCCTT
GAGAAAGCTT CTGTCACTTA TGATCCACAG CTATTCACAA CGGAAAAGCT GGAAAAAACA
GTTGAAGATA CCGGTTATGG GATACTGAAA GATGAGATGG CATTTGATGT CGGGGGTATG
ACATGTGCTG CCTGTGCCAC AAACATTGAA CGTGCCCTGA AGAAGCTTGA TGGCGTGAGC
GATGCAAGTG TGAACTTCCC CATGTCCACT GCACGTGCCA AATATGATCC CGACAAGGTT
TCAGCAGCAG ATATGCTCAA AGCCATTGAA GAAATAGGTT ATACCGCATC TGTGAAAAAG
GAAGGAAGTC CTCTTGACCG CGAAAGGGCT GCAAGAGATA CGGAGATGAC ACATCAGAAG
AACAATCTGA TCATTGCCGT TCTGCTTACC ATCCCGATCG CCCTTGGAGG AATGAGTGCA
GGATTTCCCC AGTATCTCTA TTTTGTTCCA CCCATACTTG CCGACAGGAT GGTACTTTTC
ATCCTTACGA CCATCGTTAT GGCCTTCCCG GGACGACAGT ACTTCGTTGG TGCCTATAAG
GGTCTAAGAC ACAGTTCCGC TGACATGAAC CTGCTAATAG CTACCGGTAC CGGTGCTGCA
TACACTATCA GTGTGGTTAC CAGTTTCATT GATCTCGGTC CAGGATACCA ACACACCTTC
TTTGAAACGG CTGCCATGTT GATCACTTTC ATAACATTCG GACGCTACCT TGAAGCAAAG
GCAAGGGGCA GAACATCCGA AGCTATAAGG AAGCTCATAG GGTTGCAGGC AAGGACTGCA
CGTGTGATAA GGAACGATGA AGAGGTCGAA GTGGCTGTGG AGGATGTTGT TGCAGGTGAC
ATCGTAGTTG TCAGGCCCGG TGAAAAGCTT CCAGTAGATG GTATTGTTGT GGAAGGAACA
TCTTCAATAG ATGAATCCAT GATATCCGGT GAGAGCATTC CCGTGGAGAA GAATGCCGGA
GATACTGTAA TAGGTGCAAC GGTAAATGCA ACTGGTTCTT TTAAGTTCAA GGCTACTAAG
GTGGGCGCTG ATACAGCACT TGCACAGATC ATCAAGCTTG TGGAAGATGC ACAGACATCA
AAGGCACCCA TTCAAAGAGT AGCGGACTTT GTGGCCGGGA GGTTCATCGT TACAGTAATT
GCGATCGCTG TCATCTCATT CATGTTCTGG TTCTTTATCG GGTACGGTCT ATATGATGTT
GCCCAGTATT CAGTGATATC AAGCCCATTC CTGTTCTCAC TTCTTATCGG TATAACAGTA
CTTGTGATAT CCTGTCCCTG TGCTGTAGGG CTTGCAACGC CTGTGGCTAT CATGGTAGGC
ACCGGTAAAG GCGCTGAGAA CGGTATTCTC ATCAAAGGCG GCGAAGCGCT TGAGGTAACC
CGGAAGATAG GTACCATAGT GTTCGATAAG ACCGGCACCC TCACCGAAGG AAAGCCGGTG
CTCACAGACG TGATTACATT TGGCGATCAC TCAAGAGATG AGGTCCTCTC TCTTGCAGCA
ACGGCTGAAA AGGGGTCGGA ACATCCACTT GGTGAGGCTA TCGTAAATGG AGCTGTAGAC
AGCAATGTTG ACATACTGGA TACAACAGCA TTTGATTCAA TTCCGGGTCA TGGAGTCACT
GCTACCATCG ATGGACGGAA AGTACTTCTT GGTACTCGCA AGCTCATGGC CGATAATAAT
GTCGATGTAT CAGGTATGAC AGACGCTCTT GAAGAACTTG AACTTCAGGG CAAAACTGCC
ATGCTGGTCT CAGCCGATGG TAATGCTATT GGTATCGTTG CAGTTGCTGA TACGCTTAAA
AGAAACTCAG TTCAAGCTGT TTCCAAACTT AAGAGTATGG GAATTGAGGT TGTGATGATG
ACCGGTGATA ACAGCAGGAC AGCATCTGCT ATTGCATCGG AAGCTGGTAT AGACCGTGTT
CTTTCCGAAG TGTTGCCTGA GGACAAAGCT GCTGAGGTGA AGAAGCTTCA GAAAGAGAAC
AAGATCGTCG CAATGGTCGG TGACGGCATC AACGATGCTC CTGCACTCAC GCAGGCAGAT
GTTGGTATTG CCATGGGTGC CGGAACAGAT GTAGCCATGG AATCCGCTCA GATAGTGCTT
ATCAGGAACG ATCTCCTTGA TGTTGTGGCT TCATTGAAGT TAAGCCGGCT TACCATGAGG
AAGATCAAGC AGAACCTGTT CTGGGCTTTC GGCTACAATA GTCTTGGTAT CCCAATAGCT
GCAGGAATTC TGTATCCTGT GTTCCATCAG GTGCTTGTCA CTCCTGCAAT GGCAGCAGCG
TTTATGGCAA TGAGCTCGGT CTCGGTCGTG ACGAATTCCC TGCTGATGAA GAGAAGCAGA
ATAAAATAA
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| Protein sequence | MEAKIDVLGM TCMHCHERVT KAISALKGVE SVDVSLEENN ATVIFDPEKV SLEEIEQAIL
GLGYEVGKDD NSGIPDDLTE DTETIEVGDT VDAEGKSNSH PTPVELLQEN GEKVTQKADK
EPVETTLKVT GMTCAACAIR IEDALKKQSG VLSVTVNLPL EKASVTYDPQ LFTTEKLEKT
VEDTGYGILK DEMAFDVGGM TCAACATNIE RALKKLDGVS DASVNFPMST ARAKYDPDKV
SAADMLKAIE EIGYTASVKK EGSPLDRERA ARDTEMTHQK NNLIIAVLLT IPIALGGMSA
GFPQYLYFVP PILADRMVLF ILTTIVMAFP GRQYFVGAYK GLRHSSADMN LLIATGTGAA
YTISVVTSFI DLGPGYQHTF FETAAMLITF ITFGRYLEAK ARGRTSEAIR KLIGLQARTA
RVIRNDEEVE VAVEDVVAGD IVVVRPGEKL PVDGIVVEGT SSIDESMISG ESIPVEKNAG
DTVIGATVNA TGSFKFKATK VGADTALAQI IKLVEDAQTS KAPIQRVADF VAGRFIVTVI
AIAVISFMFW FFIGYGLYDV AQYSVISSPF LFSLLIGITV LVISCPCAVG LATPVAIMVG
TGKGAENGIL IKGGEALEVT RKIGTIVFDK TGTLTEGKPV LTDVITFGDH SRDEVLSLAA
TAEKGSEHPL GEAIVNGAVD SNVDILDTTA FDSIPGHGVT ATIDGRKVLL GTRKLMADNN
VDVSGMTDAL EELELQGKTA MLVSADGNAI GIVAVADTLK RNSVQAVSKL KSMGIEVVMM
TGDNSRTASA IASEAGIDRV LSEVLPEDKA AEVKKLQKEN KIVAMVGDGI NDAPALTQAD
VGIAMGAGTD VAMESAQIVL IRNDLLDVVA SLKLSRLTMR KIKQNLFWAF GYNSLGIPIA
AGILYPVFHQ VLVTPAMAAA FMAMSSVSVV TNSLLMKRSR IK
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