| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1303 |
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| Symbol | |
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| ID | 3922588 |
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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 | 1487002 |
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| End bp | 1489701 |
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| Gene Length | 2700 bp |
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| Protein Length | 899 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637896941 |
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| Product | hypothetical protein |
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| Protein accession | YP_502763 |
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| Protein GI | 88602585 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1615] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.939701 |
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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 | 0.0211961 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCGACTTC GAAAACTTCT GATATTCATC CCGGCAGCAG TCATCCTGCT CTTTTTTCTG
CTCACCGATC TGCTCTCCGA TCTCTTCTGG TATGCGTCAG TTGGATACTC CCCTGTCTTC
CTGACCATCC TGATCACATC GGCAGCCCTC TTTGTGATCG GAACACTGCT CTTTTTCGCG
TTCAGTTATG GAAATGTCAT CCTGGCCGCC CGCACCGGAG CAGGGGCATT CGGAGTGGAA
AAAGAGATCC AGTATCTTGG AGGAATTGCT TGTGCTGTTG CAGCCGGTAT TACCGGTCTC
TCCCTCTCAT CATCATGGGA GATTATTCTG GCATTTCTTG ATCAGACACC TTTCCATATA
TCCGACCCGG TGTTTGGCCT GGATATCAGT TTCTACATCT TCTCGCTTCC GTTCTATACC
ATTTTGATCC AGTACCTCCT GGCCCTTTTT GTCTTTACTC TCATCATCTC TTCTGTCATG
TATGCTGCTC ATCGTGCAGG TGTCAGAATT GATGAGTACG GTGTATTCCA GTATATCCCC
GGACCTTTTC CGTTCGGATT ATCATGGAAA GATACGGTCG GGAGATTCCT TCCCCAGGTG
AACTGCCTGT TATTTCTCAT CTTCACCACC CTTGCAGCAT TTCTCTGGCT TACCCGATAT
TCAACCTTGT ATACCTCGAA AGGGACTGTA ATCGGTGCAG GATATACCGA TGTTACCATA
ACCATCCCTG CACTCACTAT CCTGACCGTC ATAGCCTTCC TTATCGGGCT TCTCTTCCTT
TTGAATGAGA AGATAAAGCG TTCGGAGATG ATAGCCTACG GAATAGGTGG ATTTTTCATA
ATCGCTATTC TTTCAGCCGG GGCAGGATTT CTGGTTCAGA CCCTCATCGT TGAACCGAAT
GAATTCAATC TTGAACGGAC GTATCTTGGA TACAATATCA ACAGCACGCT TGACGGATAC
AATCTTGCAA ATATCAATGC ACGGGATTTT CCCGTTCTTT ACAACCTCAC TGAAACAGAT
ATCAGGAATA ATAATGCCAC AATATCAAAT ATCCGTCTCT GGGACTGGAG GCCGATGAAA
ACGACCCTTG AACAACTCCA ACTCTTCAGG ACCTATTATA CCTTCAATGA CGTGGATGTG
GACCGGTATT GGCTGGATGG CAATTATAAA CAGGTGCATA TCTCTGCCCG TGAGATGAAC
TCATACAATC TTCCACAGCA GGCACAGACC TGGGTGAATC GTCATCTTGT TTTTACCCAC
GGGTATGGGG CGGTTATGAG TCCGGTTGAC CGGATAACGA CCAATGGTCT TCCTGAATTT
TTTGTTAAAG ATATACCGCC ATCATCTCCG TTCCCGTCCC TTTCCCTTGA TCATCCACAG
ATCTACTATG GGGAAGGAGA CATCCCTTAT TGCATTACCA ATACCCGGAC TGAAGAGTTT
GATTACCCAT CCGGCGATGA AAACATCTAT AGTTTGTATG ACGGGAATGC AGGGGTCGAA
CTTTCGCTCC TTCCCCGGCT CGTGTATGCC ATTCAGTTGG GATCAGTAGA GCTCCTTGTT
TCCGGCTCTT TGACACCGGA TAGTAAACTT CACCTGTATC GGAATATTCT GGAACGGACT
TCTAAAATCG CTCCCTTCCT TACCTATGAC TCTGATCCGT ATGTCGTCAT GAGTGATGGA
AAATTATCCT GGATCATTGA TGCCTATACC ACATCTGATC GGTACCCCTA TTCAGAACCG
GTCAGAACGG GGGAATTATC TGCCAAATCC ATGAATTATG TACGGAACAG TGTAAAAGTT
ATTGTTGATG CATATACCGG AGATATCAGG TATTATATCG TTGATCCTGA TGATCCGGTC
ATTCAGACCT ATGCAAAGAT GTTCCCAGGT CTGTTCCGTC CGGTTGATGA TATACCTGAT
GATCTCCGTT CCCATTTACG GTATCCACAT GGATTATTTA ACATTCAGGC AGAAATTTAT
GGAATATATC ATATGACTGA TCCCCGTGTC TTTTACAACC GGGAAGATGC CTGGGTTATT
CCTGATGAGA TCTATCGGAA AACGCAGCAG CGGTTTGAAC CATACTATGT AATCATGAAA
TTGCCGGGTG AAGAGAGAGA GGAATTCATC CTGATGCTGC CTTTCACACC CCGAAATAAG
CAGAATCTCA TCGGATGGAT GGCAGTGAGA TGTGATCCTG ACCGATATGG TGAGATGATA
GTATACCAGT TCTCCAAGCA GGAGCTGACC TATGGGCCGA TGCAGATTGA AGCGAGAATC
GACCAGGATA CCGATATTTC ACAGAGTATT ACGCTCTGGT CACAGGCAGG GTCATCCGTC
GTCAGGGGGA ATACCCTGAT CATTCCGGTT GAGCAGTCCC TCCTCTATGT TGAACCCCTC
TATCTTGAAG CGACTCAGAA GGGAACTCTT CCCCAGCTCC AGCGGGTTAT TGTATCATAC
GGGGATAAGC TGACAATGCA GCCCACCCTG AATGAGGCTT TGCAGGTCAT CTTTGGGGGA
AGACAAGCCA GGCAGGATAT CACCAAACGA GTGGAACAAC CGGGTGATGA TCAGTCATCC
TCGATTCTCG GGCAGATATC TGGACTGTAC AAGCAGGCAC AGCAGGCATT GAGTTCAGGA
AGTCTGGGAG AATATCAGCA GTTTGTTGAC CGGATTGGGA CCCTGGTTTC AGGATACTGA
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| Protein sequence | MRLRKLLIFI PAAVILLFFL LTDLLSDLFW YASVGYSPVF LTILITSAAL FVIGTLLFFA
FSYGNVILAA RTGAGAFGVE KEIQYLGGIA CAVAAGITGL SLSSSWEIIL AFLDQTPFHI
SDPVFGLDIS FYIFSLPFYT ILIQYLLALF VFTLIISSVM YAAHRAGVRI DEYGVFQYIP
GPFPFGLSWK DTVGRFLPQV NCLLFLIFTT LAAFLWLTRY STLYTSKGTV IGAGYTDVTI
TIPALTILTV IAFLIGLLFL LNEKIKRSEM IAYGIGGFFI IAILSAGAGF LVQTLIVEPN
EFNLERTYLG YNINSTLDGY NLANINARDF PVLYNLTETD IRNNNATISN IRLWDWRPMK
TTLEQLQLFR TYYTFNDVDV DRYWLDGNYK QVHISAREMN SYNLPQQAQT WVNRHLVFTH
GYGAVMSPVD RITTNGLPEF FVKDIPPSSP FPSLSLDHPQ IYYGEGDIPY CITNTRTEEF
DYPSGDENIY SLYDGNAGVE LSLLPRLVYA IQLGSVELLV SGSLTPDSKL HLYRNILERT
SKIAPFLTYD SDPYVVMSDG KLSWIIDAYT TSDRYPYSEP VRTGELSAKS MNYVRNSVKV
IVDAYTGDIR YYIVDPDDPV IQTYAKMFPG LFRPVDDIPD DLRSHLRYPH GLFNIQAEIY
GIYHMTDPRV FYNREDAWVI PDEIYRKTQQ RFEPYYVIMK LPGEEREEFI LMLPFTPRNK
QNLIGWMAVR CDPDRYGEMI VYQFSKQELT YGPMQIEARI DQDTDISQSI TLWSQAGSSV
VRGNTLIIPV EQSLLYVEPL YLEATQKGTL PQLQRVIVSY GDKLTMQPTL NEALQVIFGG
RQARQDITKR VEQPGDDQSS SILGQISGLY KQAQQALSSG SLGEYQQFVD RIGTLVSGY
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