| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_0644 |
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| Symbol | |
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| ID | 3923096 |
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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 | Methanospirillum hungatei JF-1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007796 |
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| Strand | - |
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| Start bp | 746842 |
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| End bp | 750120 |
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| Gene Length | 3279 bp |
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| Protein Length | 1092 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637896283 |
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| Product | periplasmic copper-binding |
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| Protein accession | YP_502119 |
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| Protein GI | 88601941 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG4870] Cysteine protease |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.167347 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0259302 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTGGTCAG GGAAGAGTCT GTGCATTCTT CTTATTATTG CATTAATAGC AGGAGGGACT
CACTGCTATG CGGATGGAGA GGATTTCAGT GAGGGGGGGT TTGCTCCCTT GTCACTTCAA
TGGCAGAAGA TAACAGAATC TGAGAATACC TCAGCAGACA GCCAATATTG CTGCGGAAGC
GGGCCGCTTC GGGAGAGCCC CGTGGATCTC TCCCACCTGA TAGGAAAGAA GATTCGAAGT
CTGTCAATTC TGGCAGATTA TCCATCAAAA TTTGATCTTC GGGATTCAAA ACGGGTCCCT
GCTATCCGTG ACCAGGGGCA GAGCGGGAGC TGCTGGGATT TTGCTGCAGT AAAATCTCTT
GAATCATCTC TTCTTCCTGA AGTTGCCAAA GATTTTTCTG AAAACAACCT GAAAAACCAT
GTCTCTATAT ATGATCCGGA AGGGTTCGAC TTTGCCGATG GGGGAAATGA TCTCATGGCT
GCCGCCTATT TCCTTCGGGG TTCTGGGCCG GTACCGGAAA AACTTGACCC ATATAATCCG
TATTCTTTTA TTTCACCCCA GAATCTCCCG GTAGAGACAC GGGTCAGCGA TGTTCCGATG
ATACCCGGAC GCTCCGGTCC GACCGATAAT GAAAATGTAA AATGGGCTCT GGTGAATCTT
GGCTGTCTTT ACTCAACTAT CCTCTATGAT GACCAGTACT TCAATACCGG AACAAATGGG
TATTATAATC CTGATGGAAC AACCCCCAAC CATGCGATCT CCATAATCGG CTGGGATGAT
ACCTATCCTG CATCGAATTT TAATACTGAA CCGGCAGGAG ACGGGGCATT TATCTGTGCA
AACAGCTGGG GTACAAACTG GGGAGATAAA GGGTTCTTTT ATATCTCATA TTACGACACT
CTGATTGCAA AGCGGATCTC TGCATTTACT GCAGCAACCG ACAATACTGA CGGTAGTTAT
GGCTATGACA CATTAGGCTG GGTAAACAGT TTCGGATTTG GATTTGCCGA TGCCTCTGCT
GCAAATGTTT TCACTGCTGA TGCTGATATC GAGGTTACGA GTGCCGGGTT TTACATCCCA
CAGGTCGGTA CCAGTGTTAC CGCATCAGTA TATCTCAATC CAGATAATGG ACCGGTAGGA
AGCGCTCCGG TGGCAACGTC AAATGGTGAA GTATATCAGA TTCCCGGGTA CCACTCACTG
CAATTTGATC TCCCGGTAAA GGTAAAGAAA GGTGAGAAAT TCTCTATAGT TGTTGATTTT
AACACCCCGG ACTATGGATT TCCTATCCCG GTTGAATATC CGGTGCCAGG GTACAGCAGC
AAAGCGACTG CACAGCCTGG ACAGAGTTAT GTGAAAACAT CCACTGGAAA ATGGTCTGAT
CTGACAACCT GGGATCCTCA GGGGAATGCA TGTATTCGGG CAGGATACCG GCTTATTTCC
GGGCCAAAAG CAGATTTTTA CGCAGAACCA ACCAGTGGGA GTGCACCGCT GACGGTAACG
TTCCATGATA TCTCAACCGG AAACCCTGAA CGCTGGCTCT GGCAATTTGG TGACGGCGCT
ACTTCTACTG AGCAAAATCC CATCCATACT TATACCTATA ACGGAGTATA CTCCGTCACC
CTCACAAGTG ATACCCCGGC CGGAGAATCT ATGATGGTTA AGAAGAATTA TATAACCGTC
TCCGAACCGA CAAAGATAAT CGTTCCCGAT GACCATTCGC TTATTCAGGA AGCGATCAAC
ACCGCTCCAC CAGGATCGGC GATTCTCGTC AGATATGGGT ATTATCCTGA AAAATTGACT
ATAAACAAAC CGATAACCCT TATCGGAGAG AGCAGTTCCG ATGGACAAAA ACCGATCATT
GATGCACAAT TTACCGGAAC ACCAGTCAGC ATCACTGCCG CCGGAGTAAC GGTTGAGAAC
TTTTCCCTGA CAGGAGCATG GTCTGAAACT GCCATCCGCC CTGGTGTTGC AGTCAGAGGG
AATAAAGCGG TTATCAGGAA TAACTGGATC TTTGAGAATT ACGCAGGAGT AAGGTTTGAA
AGTGTTGTCG GAGGAATTCT TGATGGAAAC ATCATCTGGA ACTCAACCAG CAATGCAATC
TACGGAGAGT CCAGTTCATA TCTTGATATA TCAAATAACA CCGTTGTCTG GACAAAAGAT
TCATCAGCGG TCAGGCTTGT ATCTGCATAC AACTCCGTTC TCAAAGGCAA TGCAATCGCA
GAAAATAAAA AAACGGGACT TTCTGTTACC GGAACGGGGA TGACCATCTA TGATAATTAC
CTGAATAATT CCCAAAATGT TGCACTGACA CCAGATACGA AAGTTACCTG GAATATTCCA
AAGACAACCG GACCAAATAT TGTTCTTGGC CCGTATATCG GCGGTAATTT CTGGGCTACA
CCGGATGGAA CCGGATTTTC AGAGACGCAC AAAGATGAAA ACGGCGATGG TTTTTGTGAT
GAGGTCTACC GGATTGGGGG AGACAATGTA GATGAACTAC CGCTCGCTAT TCCCGATTCC
GTGCCTCCAT CAGCATCATT TGAGGCTGAA CCAAGGACCG GGAGTCTGCC ACTGACTGTC
CAGTTCAGAG ATACCTCACT CGGCACCATT GAGAGCTGGC TCTGGGATTT CGGAGATGGT
ACGTCCTCAT CCGAGCAGCA CCCCGTTCAT GTATACGAGA ACATTGGATC ATATAATGTA
AACCTGACAG TTACCGGCCC GAAAGGGAGT GATGCCGAAT TAAAACTCTC ATATATCACG
GTCACCGGCA CCGGAAACAA ATATATCTTG ACCTTGATGC CTGGCTGGAA TTTCTTCACT
CCTCCAAAAT CACTCTCACC AGGAAGTGAT ACTGCCGCAC TATTTGGATC CATAGAAACC
AGCGGGCACT CAATATTCGA ATTTCCAAAC CAGACATGGG GCTGGACAAA AGTAAACAGG
GATACAGTTC TGCATCCGGT GACGGGGTAC TGGATTTACT CCAAGAACCG GGTGGACACA
ACTCTCTGGC TAGATCCGGT TAGTGGCGGG AAGAAAACGG TTGAACCTGG ATGGAACGCT
ATCGGATCTC CGGGAATCGG ACCGATTAAA GCTAAGGATG TAATGAGTAC TCTGGGGGAC
AGCTGGACAT ATCTCATTGG ATATGATGAG AGTATGCAAA AATACGAGGA CGTGATAATC
AGGAAGGGCT CAGGGATTCA TTCGGATGAC CGCCTTCTCA AATCAGGACA TGGATACTGG
CTTTATGCGA CCGGGGCGGG AGATATCTAT GCTGCCTAA
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| Protein sequence | MWSGKSLCIL LIIALIAGGT HCYADGEDFS EGGFAPLSLQ WQKITESENT SADSQYCCGS
GPLRESPVDL SHLIGKKIRS LSILADYPSK FDLRDSKRVP AIRDQGQSGS CWDFAAVKSL
ESSLLPEVAK DFSENNLKNH VSIYDPEGFD FADGGNDLMA AAYFLRGSGP VPEKLDPYNP
YSFISPQNLP VETRVSDVPM IPGRSGPTDN ENVKWALVNL GCLYSTILYD DQYFNTGTNG
YYNPDGTTPN HAISIIGWDD TYPASNFNTE PAGDGAFICA NSWGTNWGDK GFFYISYYDT
LIAKRISAFT AATDNTDGSY GYDTLGWVNS FGFGFADASA ANVFTADADI EVTSAGFYIP
QVGTSVTASV YLNPDNGPVG SAPVATSNGE VYQIPGYHSL QFDLPVKVKK GEKFSIVVDF
NTPDYGFPIP VEYPVPGYSS KATAQPGQSY VKTSTGKWSD LTTWDPQGNA CIRAGYRLIS
GPKADFYAEP TSGSAPLTVT FHDISTGNPE RWLWQFGDGA TSTEQNPIHT YTYNGVYSVT
LTSDTPAGES MMVKKNYITV SEPTKIIVPD DHSLIQEAIN TAPPGSAILV RYGYYPEKLT
INKPITLIGE SSSDGQKPII DAQFTGTPVS ITAAGVTVEN FSLTGAWSET AIRPGVAVRG
NKAVIRNNWI FENYAGVRFE SVVGGILDGN IIWNSTSNAI YGESSSYLDI SNNTVVWTKD
SSAVRLVSAY NSVLKGNAIA ENKKTGLSVT GTGMTIYDNY LNNSQNVALT PDTKVTWNIP
KTTGPNIVLG PYIGGNFWAT PDGTGFSETH KDENGDGFCD EVYRIGGDNV DELPLAIPDS
VPPSASFEAE PRTGSLPLTV QFRDTSLGTI ESWLWDFGDG TSSSEQHPVH VYENIGSYNV
NLTVTGPKGS DAELKLSYIT VTGTGNKYIL TLMPGWNFFT PPKSLSPGSD TAALFGSIET
SGHSIFEFPN QTWGWTKVNR DTVLHPVTGY WIYSKNRVDT TLWLDPVSGG KKTVEPGWNA
IGSPGIGPIK AKDVMSTLGD SWTYLIGYDE SMQKYEDVII RKGSGIHSDD RLLKSGHGYW
LYATGAGDIY AA
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