| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2475 |
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| Symbol | |
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| ID | 3626934 |
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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 | 3122151 |
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| End bp | 3125351 |
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| Gene Length | 3201 bp |
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| Protein Length | 1066 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637701337 |
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| Product | hypothetical protein |
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| Protein accession | YP_305968 |
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| Protein GI | 73669953 |
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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 | 11 |
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| Plasmid unclonability p-value | 1 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.0154153 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAGAG GGGGAAATAT TTCACTGCAG CTTCCCATGG ACCTGACGAT TGTGGGGCTT
GGAGGCTGTG GAAAACGTCT GTGTGAAGAG ATCTGCAGGC ATGACTGGAT ACTCGACAGC
TACCTTGTGC CCGGAAAAAG GCTCAGGGTT TATACAATGG ATACGGATGC CAACGAAAGG
GCTGATGACG AATGGTACAG AAGACAGGTT AAATCCAGAA TTCAGGAAAT GGGAGCAGGG
GGAAATATCG AATACAAATA CTATTATCTG CCTTCCCTGG CAAACATAAC CCAGACTTCA
GATCTGGCAA GTCAGGAAGT TGCAGAAAAA ATAAAAGACC GGAAGTCTGA GCCACTTGTC
AAAACCTGGT GGATGAACGA TTCAGGAGAC TTTGGGCTCA GTTTTGAGGA ACTGAGAGCT
ATTGACCCTT TTTTAATCGA TGACTTTGGC GGAGGCGTAC ACCGGAGAAG GGCTATTTCA
AAGGCTATTT TCTATAAAGT CCTGAGCCAG GGGCAGGCAA GTGGTTTTCC TACCTTTCCC
AGTAAAGGAA CCACAGCCCT TATTGTCGGG CTTGGGGGAG GTACAGGGTC AGGGATGTTC
ATTGACCTTG CCAGGTATAT AAGGGCACTT AAAGGAGAGA GCAGCCAGAT CTGGCTCTTT
GCGGTAATTC CAACAACAAA AGAAGGCGAA AAAGAACAGT TAAACGCTGC AATCGCCCTT
ACCGAACTTG AATACCTTAA CCTGAACGAG AGGCTTTTCA ATCACATAAT CCTGACCTCG
CTTGGGCCTA CAGGATATAA AAAAGGGGAA GAGGCAAAGG TAGAAGTGCA CGAATTCGAT
TCCATGTTCC CTCACATACT GACGAACTTC TTCCACATTA AAAAAGGAGA CATCAACCTG
AGCGACTCAA AACGCCTTTA CTCCTCATTT GTTTTTGCAG ATGCCCACGT AATCGAATAC
CCTGTGGACG AACTAAAGGC CCTGAAAAAA CAGTATGAAG AAGTTATCCT GGAACTCGAA
GCGATTACTG CAACACGAAA AGAAATTAAC AGAAGCGTAA AAGCCCTGCT TGATAGCCAG
GACCTATTCA GGGAAATGCC TCCTACGCGG GCGGACTCCG AATATATCAA AAAGGAGTAC
GGAAACGTTG AAAAAGTCTG GAAAAACGAG ATTGAAAAAC TTCTCAACTA CCAGAGCCCG
GGCGCGGTTG AATTCTTTAT CCAGAATAAC ATTTCGGCTG AAACCAGTAT CGAAAAAATA
AATAACTACG AAGATATGCT GAGTTTTCTT TCTAAGGTAA AAACCTTCAC TCTCAGTGTA
AAGGAAGATG AGCTAAAAGA TGAAAATGAC AAAGTGCTCT TTAGATTGAT TCCCGAAGCT
CTCTCAGGCA TAGAAGAAAC TGCAAGGCTA TTTAAACGGA CTGCAGGGAT TGAAGAAGAA
ACTGTCGAGT CCGTGCTTAT AAATGTCCTG AAAGGAAAAC AGGACCTTGT TTCCTTTATG
GACAGGTTGA ATGCAAAAGC TAAAAGCTTA AAAGAAGAGA CTCTGGAAGT AGAAGCCGAA
CTCCAGAGGA GACAGGATGA GCGGGATTTA CTTAATGAAC TTCACATTCA GGTTGAAAAA
GCTGTTGACA AAGCCTTAAA CGACAACGAC CTGGAGCTTG AGGAATATTT CAACCAGAAA
GAGAAATTGA AGGTACTTCA GGAGCACGAA TATGACCTGA AAACAAAAAT TGATGCGTTT
CTTTGCAATC TCAATGAAGG AAATATAAAA AGCGGGGATA AGGACAGCTG GCTTCTCCTG
GCCGGGGTCC CTGACCTTCA GAGAGAGCTT GAAACGCTTT CCAGGGATCT TGACCTGAAT
TTAACAGAGC TAGGAAGTCT TCTTGAAGCA ATTGCACTAT ATTATTTCTA TGACTACAAA
ATCAACCGGC TCGAAACTGC CGGAATAAAA GAAAAAGTCC TCGTAGCAAT AAAGGGAAAC
AAGACCAAGT CCCTCAGGAA CTATGAAGCA AAGAAACGAA ACAAAGAGGA ATATATCAAG
AGTACTGGAA GGGAGTATCT CCAGATAAGC AGCCCCTTCG AACTCTCGGT TCCTGAGCGC
TTTTTGAGCG AACGCCTGAA CAGAAAATCT GAGGAACTTA AGAGTAAAGT GCTCGAATCT
CTGTTTTCCG GGATGGAACT TCAGGATTTT GAGCTTGAGG AAATTGAACA GGGTTTCAAG
TCCAGAGACC GGCCCAAACT GAGAAGCGTT TTTAGAGAAA TCCTGACCGA AAAAAACCTG
CAAAAGGAAG ACTATTCCGG AAAATTTAGT CGGGTCGAAG CGGAATTACT GGAGCTTGGA
AAAAGCCTTC AGGAAAAACA TGCCCTTTCA GCCCTAATTG AAAAAGTCGA AACCCTGACC
GAAGAAACTC TTGCAAACCG GAGAGACCTG AACAGGTATT ACGGACAATT TTATGAGGAG
GTTACCAGGA TGAATAACCT CCACGGGCTT GGGGGCAAGA CCTCAATCAG TCTCTATATG
ACCAAGTTTG GGGATATAAA TCCGAAGATC CTCTCCCTGA TTGATGCAAG TTCCGACATG
ACTGACCTTG ACTGGGATGA TAGTGGAAAA TGCGAACTTG ACAAACTCAT TGAGGAAATT
CTGGTCACGT ACAAGAACCT GATTGAAAGC TATAAACTCG GGGTTCATAA CCTGATGATC
CCTATCAGCA CGACTGAACG CTGGAACTTC GGAAAAGCGG CTCTTGTTGT TTCCTCAAGG
TCATCCTACA TCTCAAGCCA GCTCACAAGC GAACGCATAG CCGATGCAAT CAAAGATGAA
ATAAATGGGA CTCTTGCCTT AAAGAACATC AATGATGCCA AACTTGCAAC TCACAACCAT
ACAGGGCCAT GGGATATTGC CCTCACCTTC TTCTCTGCAT CCGGTTTTCT GGATAATATC
TCTCCTCTGA CCGCTGGAGG CGGCTTCTGG GAAGTCTATG AAAACAATAA GGATAATGTA
CTTCACCATG TGCTGAAACT CCAGGAAGGG AAATACATTA CTCGAAAAGC ACTTCTGGAC
CTTAGAGAGG CTGGAGAACT GGCAAATCTG GAAAATAGAG GGGGAAATGT TAGAGAAAGG
ATCAACAGGC TATACGAAGA AAAAAGTATA AAAGAGGCAT TGAATCATGA GGATTCAAGG
AAACTGGAAA TTACTCTCTG A
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| Protein sequence | MNRGGNISLQ LPMDLTIVGL GGCGKRLCEE ICRHDWILDS YLVPGKRLRV YTMDTDANER
ADDEWYRRQV KSRIQEMGAG GNIEYKYYYL PSLANITQTS DLASQEVAEK IKDRKSEPLV
KTWWMNDSGD FGLSFEELRA IDPFLIDDFG GGVHRRRAIS KAIFYKVLSQ GQASGFPTFP
SKGTTALIVG LGGGTGSGMF IDLARYIRAL KGESSQIWLF AVIPTTKEGE KEQLNAAIAL
TELEYLNLNE RLFNHIILTS LGPTGYKKGE EAKVEVHEFD SMFPHILTNF FHIKKGDINL
SDSKRLYSSF VFADAHVIEY PVDELKALKK QYEEVILELE AITATRKEIN RSVKALLDSQ
DLFREMPPTR ADSEYIKKEY GNVEKVWKNE IEKLLNYQSP GAVEFFIQNN ISAETSIEKI
NNYEDMLSFL SKVKTFTLSV KEDELKDEND KVLFRLIPEA LSGIEETARL FKRTAGIEEE
TVESVLINVL KGKQDLVSFM DRLNAKAKSL KEETLEVEAE LQRRQDERDL LNELHIQVEK
AVDKALNDND LELEEYFNQK EKLKVLQEHE YDLKTKIDAF LCNLNEGNIK SGDKDSWLLL
AGVPDLQREL ETLSRDLDLN LTELGSLLEA IALYYFYDYK INRLETAGIK EKVLVAIKGN
KTKSLRNYEA KKRNKEEYIK STGREYLQIS SPFELSVPER FLSERLNRKS EELKSKVLES
LFSGMELQDF ELEEIEQGFK SRDRPKLRSV FREILTEKNL QKEDYSGKFS RVEAELLELG
KSLQEKHALS ALIEKVETLT EETLANRRDL NRYYGQFYEE VTRMNNLHGL GGKTSISLYM
TKFGDINPKI LSLIDASSDM TDLDWDDSGK CELDKLIEEI LVTYKNLIES YKLGVHNLMI
PISTTERWNF GKAALVVSSR SSYISSQLTS ERIADAIKDE INGTLALKNI NDAKLATHNH
TGPWDIALTF FSASGFLDNI SPLTAGGGFW EVYENNKDNV LHHVLKLQEG KYITRKALLD
LREAGELANL ENRGGNVRER INRLYEEKSI KEALNHEDSR KLEITL
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