Gene Mhun_1083 details

Gene Information

• Locus tag: Mhun_1083
• ID: 3925056
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Methanospirillum hungatei JF-1
• Kingdom: Archaea
• Replicon accession: NC_007796
• Strand: -
• Start bp: 1223800
• End bp: 1227300
• Gene Length: 3501 bp
• Protein Length: 1166 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 637896722
• Product: hypothetical protein
• Protein accession: YP_502551
• Protein GI: 88602373

Plasmid Coverage information

• Num covering plasmid clones: 11
• Plasmid unclonability p-value: 0.679898
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 8
• Fosmid unclonability p-value: 0.445705
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGAAGACGA GTAAGAGAGA TATGATATTA AATAAGGATG TTTTTCAGAA TGATCCGACA 
GCCTATGAAA TTCCCAATGA TGGGTATACC AAGGTTGCCC CCATTACAAC AGAGCAGGAG 
TGGGAGGTTG CACGGTGGGA ACTTCAGCAT TTTGTTTGTG AGGGATCATA TTATACTGGT 
CTTAAAAAGA TTTTAGATTC GTTTCTTGAT CATTTAGATC AACCAAAGCA ACCAGCGGTC 
TGGGTCAGTG GATTTTTTGG GTCTGGAAAA TCACACCTCG TTCGCATTCT TGACTTCCTT 
TGGGCTGACA TTACATTCTC TGATGGCGCT ACGGCAAGGA CTCTTGCCCG TCTACCTGAT 
GATATTCAGG ACTCATTAAA GCGACTTGAT ACTGAAACCA GAAGAGCAGG CGGTATATGG 
TCTGCTGCCG GGACACTTTC CGGAGGGGAT TCACATGATC CCAGAGAGGC AGTGTTACAA 
GTAATTTTAC GGGCTGCAGG TTATCCGGAT CATGATCTCC AGCTTGCCCG AATTCATCTA 
TGGCTTGCAC AGCAAGGCAT CCTTGATACT ATTCGCTCGG ACCTGAAATC GATGGGAAAG 
GAAGACGATC TTCAATATTG TCTCATCTCC CCGGCATTTG CCCAGGTTGC ACTCAAATAT 
CTTCCTGATC TTGGAGCCAC TCCTCAGGAC CTGTTTACCA GGCTTGATCG TCAATTCCCT 
GAAGAGACGA ATATGACAAC TGACCTGATG GTTAGTTTAA TTGATGAGAT ATTAAAAACA 
AAAATTCAAA ATAAGAAAAA ACCGGGACTT GTTCTTATCG TGCTTGATGA AGTCCAGCAA 
TATCTCGCGG TAGAGCAGGA TAGTACAAAA CTTGTTCTCT TCCAGGAGAT AGTTGAGGCA 
TTGACCAGTA AGTTTGAGAG TCGGTGTCTC CTTGTTGCGA CCGGTCAGGA GGCACTTCAT 
GCAAACCCAT ACTTACAGAA ACTAATGGGA AAATTCTCTC TTTATGTTCC CCTGGAGAGT 
AAGGATGTTG ATACTGTTCT TCGGCAGACT ATCCTTCGAA AGAAAGAGAG TGAGAAACCA 
AAATTATCCG CTCTTTTAGA GAGTGTTCAC GGTGAAATTA CCCGTCAGAT TGAAGGTTCG 
AAGATTGCTC ATAGTCAGGA TGATAATGAA TCCCTCGTTC CAGACTATCC CCTCTTACCT 
TCCAGAAAAC GGCTTTGGGA CCATATATTA CGGTCTATTG ACCGGGGAGG GCTGTCAACC 
CAGCTTCGAA ACCAGTTGCG CCTTACCTTT TCGGGAATTA AGACCTATGC TGAGTCTCCT 
CTCGGATATG TTATTCCGGT TGATTATATC TACAGCCAAC AGCGGCCATA TCTTATAAAT 
AATGGGATTC TCCCCCAGGA AACAGATGAA ATGATTCGGG GGGAGGATGA TTCGTCTTCT 
TCAGGGCAAC TTAAATCACG TATTTGTGCT CTTCTTTTCC TTATTCAACA AGTAGATACA 
TCATTAGGGG TTCGTGCCAC TCCGGAGACC ATTACCGATC TGCTCTTGTC AGGTCTTGAG 
TATGAAGGAG TTGATCTCCG TCGTGAGGTT CCTCTTCTTA TTGATGACCT GAAAGATCGT 
GGTATTATCA GCGATGCAGG AGATGGGACA CTCAGGATTC AGACCAGGGA AGGGAAGAGA 
TGGGACCAGG AGTATCGGAA AAATCTCAAT GCATGGAAGG ATGATATCAA TCGGATATCG 
TTTGACCGTG ATCAGGCATT GATGAAATCT GTGCAAGCCC TTCTGAAACA GATATCGTAT 
AAGGATGGCG ATACGAAGAC CGTCAGGGAG ATTGATGCCA GGATTTTTAC CGAAGATAAG 
CCCCCGGTGA GTAAAAAGAT CCCGGTATGG GTGAGAAATG GATGGGGGAG TTCGGAAGAG 
GAGGTTCGAA AAACCTCACT TGAAGAAGGC CCGGAGAGTC CGCTAATTCA GATATTTCTG 
CCAAAGCACC ATCATCAGGA TCTGATCGAT CATATTGCAG GGAGTATTGC AGCCCAGCAG 
ACTATGGATT CGATTGGTGT CCCGAATACG AATGAAGGTA TTCAGGCGAA GAAGAATATT 
GAAACGAAGA AGGTTGCTCA TGATACAAAA GTGCAAGCCT ATCTGGATGA TATCATCAGC 
CAGGCGGTTG TGTATCTTGG TGGCGGGGAT AAGAAAGAGG GTGGATCACC AAAAGAGGTT 
CTCTTGAATG CGGTGAAAAT CGCATCAGAA AAGAAATTTT ACCGGTTCAA GGATGCAGAT 
AATCCTCGTT GGGCGGATGT TTTTACAAGA ATCAAATCGG GTCATGCAAA TCCGCTTTCA 
GTTATCGGTC ATTCAGGGAA TACTGAAGAA CATAATGTCT GTAAAGAGAT TTTACGGTTC 
CTGAATGCAA ATTCAAAGAA GGGTTCTGAA ATCGTAAAAT ACTATGAGGA TGCTCCTTTT 
GGATGGCCCA AGGATGCAAT TGAAGGGGCG ATTATTGCTC TGTGTGCCTC CGGACATCTC 
CATGCTACTA ATGATAGTCA TAAAACCGTC TCTTTAAGTG ACCTTGATAA TCGTCGGACT 
CTTGAGAAGA GTTTCTTTAC GTGTGAGAGT GAATCTCCCC CGACTGCAGA GGAAAAACTG 
AAAGCCAAAG CAGTGTATCA AAAGGTTGGA ATTCAGGCCA AGGCGGGGTC TGAAGGGGAA 
GATGCTTCTC TTTGTATTGA AAAACTCAGA GAGCTTCTGG AAAAGACCGG AGGAGATCCA 
CCGTTACCAG AAGTTATGAT TCCTTCATAT CTGGCGGAGA TGGATGGGCT CTCTGGTGTG 
TCTCTTCTCA AGCGGATTGC AGCACAGAAG GATATAATTA TTTCAGATAT TGAGAAATGG 
AAAAGTATTG TTGATGTAAT TGCTGTCCGT CAGCAGGAGT GGTCACGGCT ATGTAAACTA 
CTTGACCATG GTGAGGGACT TTCTGGCCTG GATGTGATTA TTCATGAGGC TGCAGCCATC 
AAGGAGCACA GAAGTCTTCT CTCTGATCCT GATCCGGTCA CCGACCTTCT TTTCAAGGTT 
CAGGAACGAT TACGGGAAGA GATATCTCAT GGTATCAGCC AGGTGTCAGA GGCATATCAG 
AATCTCATCT CATCACTGGA GGGAGATCCA AACTGGCATG AGCTTGAGTC TCATGAGCAG 
GAGAAGATTC TTTCTTCTCA TCATATCAGG GAGATTCCCC AGATGCCTCT TGGGACGGAT 
GAGGAGATAA TCCACGCCCT GAAGCGGTAT CCTCTTTCAG ATTATCAGAA AGCGTTAGAA 
CTCATTAATT TGTCACGGGG GCCAATTGTT TCAGATGCTG CTCATTTGTA TGCTGCAAAA 
CATAAGAAGG TTCTGACTTC AGTTTCTCTG AAACGAGGAG TAAAAATTAC AAATGAAGAA 
GAGCTGGAAA TATATATTGA TGATATCAGA AAGCGGGTGA ATGAGTTATT ACAGCAGAAG 
CAGGAGGTAC TTATCCAATG A 

 

Protein sequence

MKTSKRDMIL NKDVFQNDPT AYEIPNDGYT KVAPITTEQE WEVARWELQH FVCEGSYYTG 
LKKILDSFLD HLDQPKQPAV WVSGFFGSGK SHLVRILDFL WADITFSDGA TARTLARLPD 
DIQDSLKRLD TETRRAGGIW SAAGTLSGGD SHDPREAVLQ VILRAAGYPD HDLQLARIHL 
WLAQQGILDT IRSDLKSMGK EDDLQYCLIS PAFAQVALKY LPDLGATPQD LFTRLDRQFP 
EETNMTTDLM VSLIDEILKT KIQNKKKPGL VLIVLDEVQQ YLAVEQDSTK LVLFQEIVEA 
LTSKFESRCL LVATGQEALH ANPYLQKLMG KFSLYVPLES KDVDTVLRQT ILRKKESEKP 
KLSALLESVH GEITRQIEGS KIAHSQDDNE SLVPDYPLLP SRKRLWDHIL RSIDRGGLST 
QLRNQLRLTF SGIKTYAESP LGYVIPVDYI YSQQRPYLIN NGILPQETDE MIRGEDDSSS 
SGQLKSRICA LLFLIQQVDT SLGVRATPET ITDLLLSGLE YEGVDLRREV PLLIDDLKDR 
GIISDAGDGT LRIQTREGKR WDQEYRKNLN AWKDDINRIS FDRDQALMKS VQALLKQISY 
KDGDTKTVRE IDARIFTEDK PPVSKKIPVW VRNGWGSSEE EVRKTSLEEG PESPLIQIFL 
PKHHHQDLID HIAGSIAAQQ TMDSIGVPNT NEGIQAKKNI ETKKVAHDTK VQAYLDDIIS 
QAVVYLGGGD KKEGGSPKEV LLNAVKIASE KKFYRFKDAD NPRWADVFTR IKSGHANPLS 
VIGHSGNTEE HNVCKEILRF LNANSKKGSE IVKYYEDAPF GWPKDAIEGA IIALCASGHL 
HATNDSHKTV SLSDLDNRRT LEKSFFTCES ESPPTAEEKL KAKAVYQKVG IQAKAGSEGE 
DASLCIEKLR ELLEKTGGDP PLPEVMIPSY LAEMDGLSGV SLLKRIAAQK DIIISDIEKW 
KSIVDVIAVR QQEWSRLCKL LDHGEGLSGL DVIIHEAAAI KEHRSLLSDP DPVTDLLFKV 
QERLREEISH GISQVSEAYQ NLISSLEGDP NWHELESHEQ EKILSSHHIR EIPQMPLGTD 
EEIIHALKRY PLSDYQKALE LINLSRGPIV SDAAHLYAAK HKKVLTSVSL KRGVKITNEE 
ELEIYIDDIR KRVNELLQQK QEVLIQ