| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_1279 |
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| Symbol | |
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| ID | 5329491 |
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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 | Methanococcus maripaludis C7 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009637 |
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| Strand | + |
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| Start bp | 1243838 |
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| End bp | 1246516 |
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| Gene Length | 2679 bp |
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| Protein Length | 892 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640793832 |
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| Product | periplasmic copper-binding |
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| Protein accession | YP_001330493 |
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| Protein GI | 150403199 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3420] Nitrous oxidase accessory protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 22 |
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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 | ATGAAAATTT TCAGGCTGAT TCTTTTAATG GTAATTTTGG GCGCCATTTC TGGAATTTAT
GCAGAAGATA CCACAATATA TGTAAATAAT ACTCATTACT GGTATCAAAG CGGTTTATTT
GTGGAATCAA ATAATTCTAT TCAGGATGCA ATAGAGCATG TGCAGGAAAA TGGAATAATT
GAACTAGACG ATGATTTAAA TGCACCTAAT GGTATAGAAG TTACTAGAAA CAATATTACA
ATTGATTTGA AAGGAAATGT TGTTTCTGGA AATTATGGGG GAATGGGAAT TACGATTTCT
GGAAACAATG TAGTTTTAAA AAATGGGGTA ATTTCAAATT TTGATTATGG AATAGTTCTT
AAAAATACCG AAAACTGTAA AATTTTAAAT AACGAAGTAT ACGGGAATAA TTACAATGGA
ATTTACATAT TAAATTCGAA AAATAACGAT ATTTCTGAAA ATTTAGTATA TGAAAACGGG
GTTATTGGGA TAGTGACTTC GGGAATATAT CTTGATGGAT CGGAATTCAA CAATATAACT
AGAAATACTG TGAATAACAA CATTTATAAC GGAATTGAGC TATTAAATTC AAAAAATAAC
CTTATTTCGG GAAATAAGTT TTTTGAAAAT GAGGATAATG GAATTTTCAT ATGGGATTCA
CAAAGTAATT CAATATCATT CAATGAAGTA TATCAAAATG AAAATAACGG TATTTTAACA
AGGGATTCTG AATTTAACAC TATCGAAAGC AATAATATCT TTGAAAACGG AGATTCTGGA
ATATATTTCT GGAAAGCTTT TGAAAATACC TTATCAAAAA ATAGAATTTC TGAAAATTCA
AATGGAGTTA TATTTTGGAA TTCAGATTTG AATGTACTTT TCAAAAATAA ATTCTTAACT
AATGGAAAAT CTGGAATTTC GATTGAATTT GGTACAGAAT ATAACACTAT TTATGATAAT
TTGTTTAATA ATTCAATAAA TGTTCATTTC AAAGATTCTG GTGAAAATTA TTGGAATGCC
CCAGTTATAA ATGAAACAAA CGTACTTAAT GGGGACTTTA CTGCAGGAAA TGTTTGGTAT
ACTCCAGAAA ATACTGGATT CAGTCAGGAA TCAATAAATC AGGATTCTAA CGGGGATATT
ATCAGTGAAA CGTGCTATGA ACTTAATTTT GAAAATATTG ATTATTCTCC TTTAGCACCA
GACACAACGC CCCCTGTTGT AAGCTTTATT TTTCCAAAAG AAAATACATT CTTCGATAAA
AACGAAACAG TTTTAATCAA CGTTTCAGCA ACGGATAATT CTGGAATTCA CTCTCTAATG
CTTGAAATAG ATGATAATTA TAAAGAAATA CCAATTCAAA ATGGAACAAC ATATATCAAA
CTTTTGAATA ATTTAGATTA CGGAAAACAC ACGATAAGAA TATATGCTGA AGATAACGTG
GGAAACACGA ATTCTTTAGT ATCGAGAATA TTTTCAATAT CAACACCCGA CACAACACCT
CCAGAGATTA AAATTATTTC TCCAACTGCA AAATCCTATG CAGAAGATTC TGAAGTATCA
ATAAAAGTCC AAATTACTGA TGAATCTGAA ATATATTCCG TTTCTGCAAG ACTTGATGAC
TACACACTGG ATTTAATTGA AAACAACGGT TATTATATAA ATATTTTGGA TAATTTGGAC
TGGGGGGCCC ACACATTATG GATAATTGCA ACAGATATTG CAGGAAACTC AAACTATAAT
GAAAAAGTTA CCTTTGAAAT AAATGAAGGG GATATAACGC CTCCAGAGGT TGAAATAATA
GAGCCTGAAA ACGGAGATTC TTTCAAAGAA GATTCGAGCA TATTTATAAA AGTTCAGGTT
ACAGATGATG ATTCTGAAAT TGATTCTGTA AGGGCAATGC TTGATGGAAC AATTAGTTTT
ACTTTAACTA AAAATTCAGG ATATTATACT GGAACAATAG ATGATATTAG CTATGGAACA
CACACGATAA GAATATATGC AGAAGATGTC GAAGAAAATA TTAATTCCTA TGAAGTTTTA
GAATTCGAAA TAGAATATCC GGATTATACT TACACAAAAC ATGTAACAAC AGATACTACT
CAAAATACCT CAACCTCTAA AAATAATACT TCGACAGGTA CGGGAACTGA AGACACTACA
GATACAGGAA CTGAAGACAC TACAGATACA GGAACTGAAG ACACTACAGA TACAGGAACT
GAAGACACTA CAGATACAGG AACTGAAGAC ACTACAGATA CAGGAACTGA AGACACTACA
GATACAGGAA CTGAAGACAC TACAGATACA GGAACTGAAG ACACTACAGA TACAGGAACT
GAAGACACTA CAGATACAGG AACTGAAGAC ACTACAGATA CAGGAACTGA AGACACTACA
GATACAGGAA CTGAAGACAC TACAGATACA GGAACTGAAG ACACTACAGA TACAGGAACT
GAAGACACTA CAGATACAGG AACTGAAGAC ACTACAGATA CAGGAACTGA AGACACTACA
GATACAGGAA CTGAAGACAC TACAGATACA GGAACTGAAG ACACTACAGA TACAGGAACT
GAAGACACTA CAGATACAGG AACTGAAGAC ACTACAGATA CAGGAACTGA AGACACTACA
GATACAGGAA CTGAAGACAC TACCAATATA TCAGTATAA
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| Protein sequence | MKIFRLILLM VILGAISGIY AEDTTIYVNN THYWYQSGLF VESNNSIQDA IEHVQENGII
ELDDDLNAPN GIEVTRNNIT IDLKGNVVSG NYGGMGITIS GNNVVLKNGV ISNFDYGIVL
KNTENCKILN NEVYGNNYNG IYILNSKNND ISENLVYENG VIGIVTSGIY LDGSEFNNIT
RNTVNNNIYN GIELLNSKNN LISGNKFFEN EDNGIFIWDS QSNSISFNEV YQNENNGILT
RDSEFNTIES NNIFENGDSG IYFWKAFENT LSKNRISENS NGVIFWNSDL NVLFKNKFLT
NGKSGISIEF GTEYNTIYDN LFNNSINVHF KDSGENYWNA PVINETNVLN GDFTAGNVWY
TPENTGFSQE SINQDSNGDI ISETCYELNF ENIDYSPLAP DTTPPVVSFI FPKENTFFDK
NETVLINVSA TDNSGIHSLM LEIDDNYKEI PIQNGTTYIK LLNNLDYGKH TIRIYAEDNV
GNTNSLVSRI FSISTPDTTP PEIKIISPTA KSYAEDSEVS IKVQITDESE IYSVSARLDD
YTLDLIENNG YYINILDNLD WGAHTLWIIA TDIAGNSNYN EKVTFEINEG DITPPEVEII
EPENGDSFKE DSSIFIKVQV TDDDSEIDSV RAMLDGTISF TLTKNSGYYT GTIDDISYGT
HTIRIYAEDV EENINSYEVL EFEIEYPDYT YTKHVTTDTT QNTSTSKNNT STGTGTEDTT
DTGTEDTTDT GTEDTTDTGT EDTTDTGTED TTDTGTEDTT DTGTEDTTDT GTEDTTDTGT
EDTTDTGTED TTDTGTEDTT DTGTEDTTDT GTEDTTDTGT EDTTDTGTED TTDTGTEDTT
DTGTEDTTDT GTEDTTDTGT EDTTDTGTED TTDTGTEDTT DTGTEDTTNI SV
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