| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_3131 |
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| Symbol | |
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| ID | 3923959 |
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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 | 3414332 |
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| End bp | 3417622 |
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| Gene Length | 3291 bp |
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| Protein Length | 1096 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637898740 |
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| Product | peptidase C1A, papain |
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| Protein accession | YP_504536 |
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| Protein GI | 88604358 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.34084 |
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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 | 0.000341484 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCCAAGC CAATAGTATT AATATTCATT CTGATATTGC TCATAAGTAT CGGTTTAGAG
TCGGGAGCGG CAACATCAGT TACGATATTG CCCGGTTCAC AGGCGGTGAT GAAACCTCCT
GATAGTGGTG TCGCTCCTCC ATATTCCCTG CCGTCGATTG TAATCCCAGT CACTCCAAAG
TCAACTTTAC AAGGAGATGG GCCGGTATCA GGCATTGTAC AGTCACCAGT TCTGTCAGGT
ATAATATCCT CCAAGGTGGA ACCTGAACAA TTACTCCCTT CTACAAACAT TACACAAAAT
AGTTCTGTAT GTGCACAAGC ATATATTCCT GACCGGGTTA TTGTAAAGTT TAAGACAGAC
CACTTTTCTC CCTTATCTTC TGTAAATCAG ATTCAGGCAG AGGCACACGC AGCCATGGGC
GCAACGGTTC TTGCAGACCC ATCCACTCTG GGTGTTGAGG GAATGCAGGT TGTCAGTGTT
CCCAACACTA CCGGGACCAT GAAAGCGATT GAACTATATC GGATGAACCC GATGGTCGAG
TATGCCCAGC CGGATTACCT GTATTCTATA AATTCAACAA TTATTGATCC TCCGGTGTCT
GTAAATCAGC AGACAGTCCC CTATCCTGAA ACTATTCAGG TAAAACCGTC TACAGTTCAG
GTTCCGAATG TTCCTCCTCC ATCATCACCG CCTTCCTGGT CGACCTGTTT ATCATCGGGA
TATCAGAGCG GGGTAGTAGG ATTTGAAGAT CCGTTGAGCG AAGAAGAGCG ATATAATGCA
GCACAAGCAG AAGTGGATGA CATAAATGCC TATGTGAAAG AACATAATCT CTCCTGGACT
GCAGCGGTAA ATCCAATCAT GCTCATGAGT CCAGAAGAGC GTGAACATCT GAAAGGACTC
CGGCATGATC TGAAAAGCAG CACGATAGTG AGTGGCGCCG GTATCACACC AATGGAAGGA
CTTCCCACTT CGTTTGACTG GCGGAACAAT GGTGGAGATT ATACCACCCC TATTAAGAAT
CAGGGAAGTT GCGGGAGTTG CTGGGCATTT GCAACAACCG GTGCCTTTGA ATCATATAAA
GAGATAAAAT CCGGAAATCC GGGTATGAAC CCTGATTATG CTGAGCAGTA CCTGGTGAAC
TGTGCAGGTG ATCAGCGTGG ATGTAATGGC GGACTCTTCA CGGCAATGGC ATACTTTGTA
AATAAGGCGG GTTTGAGTGG TGGAGTCGGG ACGGTTACCG AGGCGAACTA TCCCTATACC
GGTTCGGATG GTACGTGTAA GAGTCTGTCC GGGTATACCA GGTATTCGGT AGATACGGCC
GCAGGAGAGA CCTGGGGGTA TGTCGGTGGA GGGAATGAGT GGAGTATCCC ATCTGATGAT
GCGATAAAGA CGGCGATTTA TCTCTATGGT CCGGTTGCCG CCGGAGTCTA TGCAGAGAGC
ACCTTTGATT CATATCGATC AGGTATACTT GACAGTACGT CCAGTGCATC CTATGCAAAT
CATGCAATTA TTATTGTGGG ATGGGGAACG TTAAATGGCC GGACTTACTG GATTTGTAAG
AACAGTTGGG GGACATCCTG GGGCGAATCA GGGTGGTTTA GAATTTTCTC AGGAAGGCTC
CGTATCGGGG AAGGTGCTGC ATATTTTAAA TATACAGCCT CAAATCCTTC TGGCGGGACG
ATTGCTTTCA ATTCTAATCC ATCCGGGGCC CAAATCTGGA TTGATGGGGT GAACACCGGT
CAGGTTACTC CCTATACTCA AACATCAGTT CCAATCGGAA CCTATTCGGT GACCTTGAAA
CTCAGCGGGT ACCAGGAGTA TACTCGTTCG GTATCTGTAA CTTCAGGACA GACAACTGTC
ATATCTGCCA CCCTTTCACC AATACCTACC GGGAGTATTG CAGTTAGTTC AACTCCTTCC
GGTGCACGGA TCTGGCTTGA CGGGGTTGAT ACCACAAAGA GCACACCTGC GACGTTATCT
TCCGTGCCGA TTGGTTCACA TGCTGTATCA CTGGTTCTCT CTGGATATAA TTCATATTCG
ACCGTTGTGA TGGTTCATGA GGGTCAGACA AGTATAGTCT CCGGAACTTT GAATCAAATT
AACCCTGGCA CCCAGGTTCT TCCGAATGAT CCTTCATTTA GCAGTCTGTG GGGACTTCAT
AATACCGGAC AGAGTGGAGG AACAGGTGAT GCCGATATAG ATGCTCCGGA AGCATGGAGC
ATAACCACCG GTTCACTAGG GGTTATTGTC GCGGTTGTTG ATACCGGTGT GGATTACAAT
CACCCAGATC TGGTCGCAAA TATCTGGAGG GATCCGGTAA CAAATACTCC CGGGTATGAT
TTCTATGGTT CTAATGATCC AAATCCCATG GATGAACATG GTCATGGGAC TCATTGTGCC
GGGACGATTG GAGCAGTCGG AAATAATGGG ATTGGTGTGA CCGGGGTGAA CTGGAATGTG
AAAATTATGC CTCTTCGGTT CCTTGGAGCT GACGGGTATG GCTCTACAAG TGATGCGATT
GAGGCTTTTG CCTGGGGATA TGCAAAGGGA GCGAGAATTT TCTCAAACTC ATGGGGAGCC
TATGGTATCG ATTATGCTCT TCGTGATTCC ATTAATCTCT ATCCCGATGC ACTCTTTGTA
TGTGCGGCCG GAAATGGCGA TATATATGGA AATCCCTATA ATACTGATTC ATATCCCCAT
TCTCCATCAT CGCTGGCTAA TGTGAATATT CTCTCTGTAA CAGCAACAAA CCGATATGAT
CAAAGAGCTT CCTGGGCAAA TTATGGTGCG ACAACGGTTG ATGTTGCTGC ACCGGGTGTG
TCTATCATGA GTACTACCAA AGGCAACTCC TATGGCACCA TGAGCGGGAC CTCTATGGCG
ACCCCGCATG TGGCAGGTGT TGCAGCCCTC ATAAAGGCAC AGAACCCTTC ATATTCAGCA
TCCCAGATAA AATCCGCCAT AATGAATAAT GTTGATCTCA AATCCGGACT ATCTGGTAGA
TGTGTTACCG GAGGTCGGAT CAATGCGTTC GCCAGTCTGG CCTCCTCCCT TCCACTTAAG
GCAAAGTTTT ACGGGGTTCC TGATACAACA ATCAAACCTC TTCGAATCCG GTTCTATGAT
GTCTCTGAAG GGATAATCTC CTCAAGACTC TGGAACTTTG GGGATGGAAA TACTACTGGT
GAAGTTAATC CATCGCACAC CTATTATAAT CCAGGCATCT ATACTGTCAC GCTTCAGGTA
AATGACGGTG TTGGTACTCA TGCCTCTGTG CTGGAGATAC AGGGAGGTTG A
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| Protein sequence | MSKPIVLIFI LILLISIGLE SGAATSVTIL PGSQAVMKPP DSGVAPPYSL PSIVIPVTPK
STLQGDGPVS GIVQSPVLSG IISSKVEPEQ LLPSTNITQN SSVCAQAYIP DRVIVKFKTD
HFSPLSSVNQ IQAEAHAAMG ATVLADPSTL GVEGMQVVSV PNTTGTMKAI ELYRMNPMVE
YAQPDYLYSI NSTIIDPPVS VNQQTVPYPE TIQVKPSTVQ VPNVPPPSSP PSWSTCLSSG
YQSGVVGFED PLSEEERYNA AQAEVDDINA YVKEHNLSWT AAVNPIMLMS PEEREHLKGL
RHDLKSSTIV SGAGITPMEG LPTSFDWRNN GGDYTTPIKN QGSCGSCWAF ATTGAFESYK
EIKSGNPGMN PDYAEQYLVN CAGDQRGCNG GLFTAMAYFV NKAGLSGGVG TVTEANYPYT
GSDGTCKSLS GYTRYSVDTA AGETWGYVGG GNEWSIPSDD AIKTAIYLYG PVAAGVYAES
TFDSYRSGIL DSTSSASYAN HAIIIVGWGT LNGRTYWICK NSWGTSWGES GWFRIFSGRL
RIGEGAAYFK YTASNPSGGT IAFNSNPSGA QIWIDGVNTG QVTPYTQTSV PIGTYSVTLK
LSGYQEYTRS VSVTSGQTTV ISATLSPIPT GSIAVSSTPS GARIWLDGVD TTKSTPATLS
SVPIGSHAVS LVLSGYNSYS TVVMVHEGQT SIVSGTLNQI NPGTQVLPND PSFSSLWGLH
NTGQSGGTGD ADIDAPEAWS ITTGSLGVIV AVVDTGVDYN HPDLVANIWR DPVTNTPGYD
FYGSNDPNPM DEHGHGTHCA GTIGAVGNNG IGVTGVNWNV KIMPLRFLGA DGYGSTSDAI
EAFAWGYAKG ARIFSNSWGA YGIDYALRDS INLYPDALFV CAAGNGDIYG NPYNTDSYPH
SPSSLANVNI LSVTATNRYD QRASWANYGA TTVDVAAPGV SIMSTTKGNS YGTMSGTSMA
TPHVAGVAAL IKAQNPSYSA SQIKSAIMNN VDLKSGLSGR CVTGGRINAF ASLASSLPLK
AKFYGVPDTT IKPLRIRFYD VSEGIISSRL WNFGDGNTTG EVNPSHTYYN PGIYTVTLQV
NDGVGTHASV LEIQGG
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