| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2436 |
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| Symbol | |
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| ID | 3627872 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | + |
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| Start bp | 3076846 |
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| End bp | 3081204 |
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| Gene Length | 4359 bp |
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| Protein Length | 1452 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637701303 |
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| Product | hypothetical protein |
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| Protein accession | YP_305934 |
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| Protein GI | 73669919 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0056362 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 18 |
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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 | ATGGTCGGGA AATTATCTAA CGATTTTTCA TCTTTCATTG AAGATAGCTG TGCCTATATA
CCCTATACCG TGATCGGAAT TTTCATTTTG CTTGCTGCAA CTTTTACTTC AGTATATCTT
CTAAAAATAG ATAACGAAGT CGCTGAAACC ATTTATACGA CCGAGAATAG TGATCCCAGG
CAGGATGCCA TCAATCTTGC CTCGTTCGAC CTTGCTCGCT GCCTCAATTA TGCAGGAATG
GAAGCTCTTG AATGGCAGGG AGAACATCCT GTAATCCTGC CTGAAGGCAA TGCAGTTAGC
AGGTTTTCTG AAGATGATTT TATGGTAATC TCAAAAAACC AGAACCTTGA AAGAGAGGAC
ACACTTCAGA TTTCTATAAA TCTGCCTTCA GATATCTGGG GCAAGATCGA AGCTTTCTGG
AAAAACCGGG ATATTCTACT GATTGTCAAT GACTCTTCAG GCCGAGAAAT CAAGAATGTG
AACTACGGCC AGGCAACCGG CTTTTTTCAG AAAGTTTCAC TCGAGGAAGC CGTGAAAATT
CCAGATTCAG CAGCCTCGGG ATATGCCTCA ATTGAACTTT ATTACGGAGA CGAACTCAAA
GCCTCTGACT GGTTCGTGAT TGAAGTAAGC CCGATAAAAG ATATCACAGC AGACGCTTTT
AACACGCTGC TTTCTACAAA CTACCAGGGA AACAGCCACA CTTTCAGGGA ATACGCAATT
AATGTTGAAC CTGATATAGA ACCCGAACAG ATAAAAATAA GAAAAGTAAC CGGAACTCTG
CAGCGTGAAA TCTCACCTGC TGGCGTTTCA TCTGCTGGCG TTTCATCTGC TGGCGTTTCA
TCTGCTGGCG TTTCATCTGC TGGCGTTTCA TCTACTGACA AAAATTACAC TATTTATTAT
GTTTTTGAAA TTCCTGCCCT GAACTATACT CTTGTTAACC TTGAATCCGG AGAAAGTTTC
AATAGCAGTA TGAATCTTTC CACACTGATC ACGTCAAGGG AACCTCTTCT CGAAGAGCTT
GTCAGGGAGT ACGAAACAGA GCTTGGAAAC ACTTCGAGGC TTGACTCGAC ATCGAATCTT
GTGCTTGGAG CAACAAACCT GAGGACTTTT ATCTACGGTC CCTGGCAGCA TTATGCAAAC
GGCCCTCTCA ATATCCTGAC CAACCCTGCC CTTTCAAGCT CGATCAATGG GGCTACACTT
TATACCCAGA AGAGGATTTT TGATTCGGTT GACCCTCTGG CCCTTACCTA CACAAGCTAC
TATAATGGAA AAGTTCTCTA CGAAGACACT TTCAATTCCA GAAGCGAGAA AACAGATTTG
AGCCTGAACT CCAGTTTGAA CTCCAGTCTG AACTCTGTCG GGCTTAATAG CTCTACTAGT
CTTAACACCT CAGTTTCGGC TTACGAAGCG GATAAAGGCG TAAACCTGAC AACGACTTAC
GATTCGCTTG CCCAGAATAA ATCCTTCTCT CTAGATATTG AAAAAAGTAT CGATGAATCC
CTTAAAGTGA CAAATACCTC TTTTGAAGAT CTCTCCGAAA GTTCGAAAAT CGAACTTTCA
GCCTCCGATT ATACCGGCGG AGTTCTTGAC GGCTGGGTCT TCAACGACCA TGTGTGGAAA
AAGGAAAATC CTGATCTCAT CCATTCGGTC ACGGACAGCG TTTATACCGC ATCGGTTCAG
GGACATATCC TGAGAGACGG CTTTGATTCT CCGGACCCGA CGAACTCTAT AATCACTGCA
AATTTTGACC CGGAATCAGT TTCGTTCAGC AGGCAAACCA TTAGCTGGGA TTCAAGATAT
TATGCATCCG GAACACACAG GGGGTCTCTT GTGCCGTCTT ATTCCTGGAG CTATCCAACC
CAAATTTCTT ACTTCGAATC CTTAAACCCT TCAATTGACC CTCCTAAAGG AGATGTAACC
AGCTGGTCGG TCACATCGGC GTCTGTCAGC CTGATATCAG TTGATATAAC CGATGTGAAC
ATTGAACCTC ATTTCTCCTA TGTAAGTAAC GATACTCTTA TGGTCGAAAA CCGAAGCGAA
GGCTACCTGG ATAAGGAAGA CCATATTTTT GACTGGAGAA TAAGGTACGA TATATCCTAC
AAAATAAGGA CAAATTGGAA AATAGACTAC AATTACGATT ATACCTACAG ATGGAAAACC
AGGGAAAAGC TACCTGACGG AAATTATACA ACTGTGACGC ATTCTGATAC GTCAAGCGAC
TCGAATTCAC AAGCTGTAGG CAAAAACAAT ATTGTATCAC TTTCCCATGC CGAAACCGAA
TCTGAAAACC TAACAATAAT CTACCACAGA TGTCCTCCAG CAGGCGGCTA TTCCGGTTTG
TTGACTTATT CTGATCCTGT AGAGCGGGAA TACCGGGAAA CAACCTTCTA TTTGAACAAC
ACAGGCAGTA TAGGCAGTGC TGAAAATGTA GATAACGGTA CAGATAATGG CATCGACAAC
AGCATAGACA ATGGTACAGA CAACAGCAAA GACAACAGCA AAAACAGCAG CATAGACAAC
AGCACAACTA AAACCGAAAG GTTTGACTCA TGCTGCTCCG ATGCTGCCGA CAAATACAGG
GATGCGTATG TGGATTTAAG GACAATAGAA AGCATGTTCT GGGCCTATCC TGATGGAAAA
TATCTGCCCA AACATGCTGT TAATTGTAAT ATCCCACCCT GGTTGCACCG AATTATGGCA
GAAGAAGTGC TGGTAATGCT GGATTCGGTC GAAAAAGACA ATCCATCCTT CAATTATTCT
CTTCTTGATT CTCCTGGTCA GAACCCAACA GTCCTTCAGG TAGAAACTGC TGAAAAACTT
ATTATGGAAC TGGAAAAAGA CCGGGAAGCT TACGTAAATA AAGAACAGTA CCTCACGTCG
TCAGGAGCAA TGTACGCTTC AAGTGACTCG GCCCGGTACA TTGCAAAAAG TGAAGCGTAC
AGCAAGCTGC TTGAAGATAT CGACCAGAAA AACCGTAAAC TGGATTCTGA CCTTAACTCC
TACGTCCTCA AGGCCCTTGA GAAAAAAGGC CTTGATACCG GTCTGCTTGA CAGCGTGACC
TCGGGCTCTA TGACTCTTTT TAACAATCCC GCAATCGAGA GGGCTGCTTC GGCTCTGGGG
AAGGACATGG GTATAATCTC AACAATGACC GTCACCGGCC AGCCGGAAAG CAAATACAAC
TGGACAGAAA ATCTGACCCT GATCGTTGAC CAGAAACCGA ACTATCTATA CCATGATCCT
GATTTTGACC TGAGAGAGGA ATACGAATGG GCTGACACCA TGAACGGAAA AACGATTTAT
CCCCTGGGTG TCTGGAACAC CTGCATTTTC ACAACCGGCA TTTCCGAGGA AATTGGAGAT
ATTATCGCTT CAAGCGATGA TTACGTAAAA ACTGAAATGG CACATCAAAT CAGCCAGAGT
ATTTCCAACC TGAACGCAGA AGTTTTCCTG CTTGAACAGA GCCTCAGCGA GCAGAATATT
TCGCTGGATA CAACTCGTCT TGACATAGAA GTTTACAACC TGAAACACAT GTATGCGCAG
GAAATGAGAT CTCAGATTCT TGAAAATGTA GTTCAAGAGG TTAGCTCAAA CCCTGTTATT
TCCGACTGCA TAGAGGATAG TCGAATCAGT GAAGTCACGA CAACTTACCT TAATGGGCTT
TCGGACAATG AAATTCTCGA AAAATCTACA ACGGATGAAC TGGCAGTTGA ACTTGCTTCT
ATAATGAAAG CGGAAATTCG AAATTCAAAC CCGCCTGTTG AACCTGATGA ACTTGAAGCT
ATTCTAAATA GAGTAGATAC TGACATCAAA ATCGGTGTTG CAAATGGGAT CTGCGCAGTT
ACAGTAAACA AAGGTGAAGT TATTGATACC GGTTTTGGAA GAATCGATAG TGAGCTGAAA
AATCTGGCAA ATGAAACTGC TGACAGGTAT TCTGGTGAAA TTGTAGATAA AGTTTCAAAA
AAATTGGATC GGACGATGGC AGCTGTTCCA TGCGGGTTGC CGGTATTGCC GCCGCACTGG
ATTTTTACGG TTAATGTGTG GACTTATGAA ATTGTGGGAA AATATCAGGT ATTTACTGTT
ATTGATAACG ATAACGAGGT AATTCCTGAA CCTTATTTCG GGCATAAGGG GCAGAGGTAT
GTCAGAACTG AAGAACATAT CAATCATCCA TCAAGAAAAA ATGAGGATGG AAGTAGTATA
TGGATTGGAA GAAATAAACA AATGATTTTT CATTTCAATG GCTACTCAGC TACTATTGTT
GGTCCTAGTC CGAAAGGTGT TGGAGATAAA ACAGGTGGTT CCATTGAAAC ATCAGCAGGA
TACGATAATC TGATTTCAGA ATTAGGTGCA GAAATATGA
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| Protein sequence | MVGKLSNDFS SFIEDSCAYI PYTVIGIFIL LAATFTSVYL LKIDNEVAET IYTTENSDPR
QDAINLASFD LARCLNYAGM EALEWQGEHP VILPEGNAVS RFSEDDFMVI SKNQNLERED
TLQISINLPS DIWGKIEAFW KNRDILLIVN DSSGREIKNV NYGQATGFFQ KVSLEEAVKI
PDSAASGYAS IELYYGDELK ASDWFVIEVS PIKDITADAF NTLLSTNYQG NSHTFREYAI
NVEPDIEPEQ IKIRKVTGTL QREISPAGVS SAGVSSAGVS SAGVSSAGVS STDKNYTIYY
VFEIPALNYT LVNLESGESF NSSMNLSTLI TSREPLLEEL VREYETELGN TSRLDSTSNL
VLGATNLRTF IYGPWQHYAN GPLNILTNPA LSSSINGATL YTQKRIFDSV DPLALTYTSY
YNGKVLYEDT FNSRSEKTDL SLNSSLNSSL NSVGLNSSTS LNTSVSAYEA DKGVNLTTTY
DSLAQNKSFS LDIEKSIDES LKVTNTSFED LSESSKIELS ASDYTGGVLD GWVFNDHVWK
KENPDLIHSV TDSVYTASVQ GHILRDGFDS PDPTNSIITA NFDPESVSFS RQTISWDSRY
YASGTHRGSL VPSYSWSYPT QISYFESLNP SIDPPKGDVT SWSVTSASVS LISVDITDVN
IEPHFSYVSN DTLMVENRSE GYLDKEDHIF DWRIRYDISY KIRTNWKIDY NYDYTYRWKT
REKLPDGNYT TVTHSDTSSD SNSQAVGKNN IVSLSHAETE SENLTIIYHR CPPAGGYSGL
LTYSDPVERE YRETTFYLNN TGSIGSAENV DNGTDNGIDN SIDNGTDNSK DNSKNSSIDN
STTKTERFDS CCSDAADKYR DAYVDLRTIE SMFWAYPDGK YLPKHAVNCN IPPWLHRIMA
EEVLVMLDSV EKDNPSFNYS LLDSPGQNPT VLQVETAEKL IMELEKDREA YVNKEQYLTS
SGAMYASSDS ARYIAKSEAY SKLLEDIDQK NRKLDSDLNS YVLKALEKKG LDTGLLDSVT
SGSMTLFNNP AIERAASALG KDMGIISTMT VTGQPESKYN WTENLTLIVD QKPNYLYHDP
DFDLREEYEW ADTMNGKTIY PLGVWNTCIF TTGISEEIGD IIASSDDYVK TEMAHQISQS
ISNLNAEVFL LEQSLSEQNI SLDTTRLDIE VYNLKHMYAQ EMRSQILENV VQEVSSNPVI
SDCIEDSRIS EVTTTYLNGL SDNEILEKST TDELAVELAS IMKAEIRNSN PPVEPDELEA
ILNRVDTDIK IGVANGICAV TVNKGEVIDT GFGRIDSELK NLANETADRY SGEIVDKVSK
KLDRTMAAVP CGLPVLPPHW IFTVNVWTYE IVGKYQVFTV IDNDNEVIPE PYFGHKGQRY
VRTEEHINHP SRKNEDGSSI WIGRNKQMIF HFNGYSATIV GPSPKGVGDK TGGSIETSAG
YDNLISELGA EI
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