| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2144 |
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| Symbol | |
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| ID | 3626543 |
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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 | 2710362 |
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| End bp | 2714876 |
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| Gene Length | 4515 bp |
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| Protein Length | 1504 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637701020 |
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| Product | hydrogenobyrinic acid a,c-diamide cobaltochelatase |
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| Protein accession | YP_305653 |
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| Protein GI | 73669638 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1429] Cobalamin biosynthesis protein CobN and related Mg-chelatases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.11688 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.0488981 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCATTAA TTTTAGTTCT ATTGTTATTA ACAAATGTTG TATCGGCAGA TGAACAGGAA
ATAAACATTA CTGACAGTAT CAATGGCAGT ATCGATAACA GTACCGATTA CGGTACCAAT
GGCGGTACCA ATGGCGGTAT AGATACCAAT GGCGGTATAG ATAACAGTAC CGATTACAAT
ACCAATGGCG GTATAGATAA CAGTACCGAT TACAATACCA ATGGCAGTAT CGATGGCAGT
ATCGATAACA GTACCGATTA CAATACCAAT GGCAGTATCG ATGGCAGTAT CGATAACAGT
ACCGATTACG GTACCAATGG CAGTACCAAT GACAGTACCA ACGATACATT AGGATTAACA
ACTACAGGAG TTTTGGATGA TGAGAACAAA TCTGTTAAAG AATCTTCTGA TTCTCCGGCT
GTGAACACAA AACCAGAAAT AGCTTACGTA TTATCGAGAC CTTACGATGT CACTTTTATG
GAAAAGGTGG CACAGTATCC AGAAATAAGT TCACAAATGA ATATAAGTGT CTACCTTGGG
ACCTCATATT CAGATCTAAG TTTTGACCTT AGTGATAAGG ACATGATTGT TCTATCAAAT
TTGGATTCCT ATGTAATTGA AAATATAATA CCTACAGTAA ACAATGCCAA AACAAATGGC
GCATATGTTA TTTCATTTGG TGATACTTTA GAAGCATACG GGCTTCTCAA CGTAAACACA
TCCTCTCCAG AGTATTCAGA TATTGCTCAG TATCTGCAGT ACGTATCAGA AATAAATTTC
TATCGTTTCA ATACTTTTAT TGGAGCTACG TTCTTCGGGT TGAATTATTC GATCGAGGCT
CCTGTAGAAA GGCCAATATA TGGTATCTAT AACCCCTCTG CACCTCAGAT ATACGAAAAC
CTCACCGATT ATCTGGCATG GTACAATTCA ACCGGTATAT ACAAGCCCGA AAACCCTACG
ATTGCTGTAA TAATTGACAG TTATAAGTAT GTGGAAAGAG ACATGCCTCT TCTTGACCCG
CTAGTTAAGG AAATAGAAGA AAGAGGATGC AATGCGATTG TTTCAACTTA TGCTTACAAA
GACAATAAGT CAATGAGTTA CCTGATGCTG GATAATAAGT CTATTGCAGA TACTGCAATT
GTAATCTCCC GTGGCTCACG CCTGAACTAT TCTGATAATG AGCAGGGAAT TACTGACCTA
CAGACGCTTA ACATCACAGT ACTGAACGGA ATTCGCCTGT TCTCGGGAGT AAGTGTGGAA
GAATGGGAGA ACAGCACTAT TGGAGTGCCA GCTGACCAGC AATACCAGGT AGCATATGCG
GAACTTGACG GGATAATCGA GCCCATAGTC ATTAGTGGTA AAGCCATAGA CGAAGCAACC
GGAATCGAAT ACAACATGCC AATAGACTAC CAGGTGGACT GGCTTGTTGA CAGGGCAATA
GCCTGGGCCA AATTACATGA AAAAGATAAC TCCGAAAAGA AGATCGTAAT TCCTTACTAT
AACCCTGAAG GCGGTAAAGC TGATGTGGGG GCAGATATCG ACTACTACCT TGATGCACAG
GCAAGCCTGG CAAAACTGCT TGAAGCCATG AAAGAACGTG GATATGATGT TGGTACTGCT
CCTCTTCCAA ATGCTACCGA AATCGCGAAA CTGATGGTGG AAAGAGGGCA TAATATCGGC
AATTGGGCTC CCGGAGAACT TGAGAAACGT GTTGAAAACG GCAGTATGAT ACTCATACCC
GAATCACAGT ACATGGAATG GTTCAAAGAA CTCCCACAGG ACAAACAAAA TGAAATGACA
TCTATGTGGG GAGAGGCTCC AGGTGACATT ATGGTCTATG AGAATTCCAC AGGCAAATAT
CTGGCCATAC CTGTGCTTCA ATTTGGCAAC ATCATTCTTG CACCCGACCC TCAACACGGC
TGGTCTTCAA GCGAGAAAGC ATTGTATAAC AATGCATCGT ATCCACCCAC CCATCAGTGC
TTTGCTTTCT ATAAGTATAT GTCCCGGGAA TACAAGGCAG ATGCACTGTT TACTATATTC
TCAAGCGTGG AACTAATGCC TGGAAAAGAA TGCGGCCTTT CTGCAAATGA CTGGGGAGCA
CTTTTGCTTG AAGACATGCC TCATGTCCAT GTCCTCCCAA TGGATGCTGA AGGTGTATTT
GATAGAAGGA GAGCAAACAT GCTCGTCATT GATTTCATGA CACCTACTAT AGTGCCTTCA
GGCCTTTATG GTAACCTTTC CAACCTGCAA CAGGAAATAA CATTATTTAA ACAGACCTCT
GACAGTGCAG TGAAAGAGAA TTACAGGCAG GATATAATTA ACCAGACAAA AAACATCAGC
CTCGATAATG ACCTGAATGT TGACATTGAC TCAATTGCAG GTGATACAAA CCTTACGGAT
GCTTTCATTG ACAAACTTGC AGACTACCTT TCTGAACTGA AGACCTCTTA CATGCCGTAT
GGTTCTCACG TACTTGGCGA AGTTCCTGAG GGAGAAAGCC TTGTTATGCT CATAAAAAGT
ATGCTAGGGG ATGAGTATAT AGAACATGTC GAATCACTTG GAGGAAGCGA GGAACTTTCA
ATATCGCTCT TGAATGAGAC TATATTGAAT GGAACATCTC CATATGATGC ACAAATAATG
GTGCTTGGTC GGAACTCTAC AGAACTTGGA AACGACCTTG ACCTGTCATT AGAATATCTT
GAAAGGATAA AGCAATGTGA CTGTGAGATT ACAAAGATAC TTGATGCACT TGATGGCACA
TATATCACTC CAGGGCCTTC TGGAGACCCT ATCAGGAATC CGGATGCTTT GCCAACTGGC
AGGAATCTCT ATACATTCGA TGACAGGCTC ATCCCGACAA AAGCAGCATG GAATGTAGGG
TCACAGCTCG CGGAAGAGAC GTTAAAGCTA AAACTTGAAG AGGACGGCCA GTATCCTGAA
AAGATAGCTT TTCTGCTGTG GTCTGTGGAA ACTACAAGAA ACCAGGGTGT TATGGAATCC
GAGATATTCC AGCTTCTGGG AGTCGAACCT GTGTATAATG AAAAGGACAG GGTTACAGGC
TTAAAGCTCA TAGATTCTAA GGAACTTGGA AGGCCAAGGA TTGATGTGAT GGTAACCACT
TCGGGGCTCT ACCGGGATGT ATATCCGAGC AAGATCGAAC TTATAGACCA GGCTATCAAG
ATGGCAGCTG CAGCAGATAA CGATACGTAT CCCAACTATG TAAGAGAACA TTCCAATGCA
ACATACCAGA GCCTTATTGC AAGAGGATAT AATGAGTCAC TTGCATACAA CCTGTCAGTT
TCAAAGATAT TCTGTCCACC TCCCGGAGGG TACACACCAG GCATTCAGGA GGTTATCCCC
AGTGATACAT GGGAAGATGC AGACGAGATC GCAGGTCTCT ATATTGACAG AATGGGATAT
GTCTACAGCC AGGAGATATG GGGAGAACAT TACTCCGATG TATTCGAACT GAACCTTGAA
GATGTTGATA CTGCAGTTTT TAGCAGGACA TCAAATCTTT ATGGTGTGCT TGATCACTCG
ATGGTAGCAG CCTATTTTGG TGGTTTGAGC ATGGCAATTG AAAGTGTTAG TGGTACTACA
CCTGACATGT ATATTAACGA CCTTAGCAGT TCCGCAGAAA TTGAAACCCT TAATGAATTC
CTTAGTAAGG ATCTGCGTTC ACGTTACCTG AATCCAAACT GGATAGAAGG AATGATGGGG
AACGGTTTTG ACGGTACGAG ATATATGGAC TCAGTATTTG AGGTCATGCG CGTATGGGAC
GTAACAGACC CGGACCTTGT TACTGATGAT ACATGGAATG AGATGTATGA CACATATTTC
AAGGATAAAC ATAATACCGG TGTTACTGAG TTCCTTAAAT CTACAAACCC ATATGCTTAC
CAATCAATGG CTGCTACAGC ATTAGATTCG ATTCGCACAA GTTACTGGGA TGCCTCCGAC
GAGGTTACAC AAAGCCTTGT TAAAGAATAT GTGGAATCTG TGGCCGAAAA TGGTGTCACC
TGCTGCCACC ATACCTGTGG AAATGCCCTG CTTGATGAAT ATGTCCAGGG TGTGATGTCA
GTTCCTGGCG TAGTTGATGA GAAGACTGCA AATGAATATA AGAAACTGAT GCAAGAAGCA
ACGGAACCTT CGCAGCAATC AGGTGAGAGT AGTAGCGGCA GTAGCAGCCA TCATGATCAC
GATACTGGAA AAGCTACTGT AATTTCAGGA ACCAGTAAAA CCAGCAACCA GACCTCAAGC
GCTGGTGAAT CTACTAATAA TCAAACTGTT AAGGGCTCAG ATGCAGGATA TGGTACGGAT
ACTTCCAAAC CTGCTCCTGA AATTCAGAAA TCCGCAGATT CCGATTATGT GGAGGGCTAT
GAAATGCAGA AGGAGTCAGC TGAAGAAAAA GAAAGTGGAG GTCTGTCTTT CTCTGGTGCA
GATATTTTCG GAATCATCAT TGTGGTAGCT GCAGTGGGTG GAATTTATTT CGGATTCCGT
AAAAAGAAGA TGTAA
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| Protein sequence | MSLILVLLLL TNVVSADEQE INITDSINGS IDNSTDYGTN GGTNGGIDTN GGIDNSTDYN
TNGGIDNSTD YNTNGSIDGS IDNSTDYNTN GSIDGSIDNS TDYGTNGSTN DSTNDTLGLT
TTGVLDDENK SVKESSDSPA VNTKPEIAYV LSRPYDVTFM EKVAQYPEIS SQMNISVYLG
TSYSDLSFDL SDKDMIVLSN LDSYVIENII PTVNNAKTNG AYVISFGDTL EAYGLLNVNT
SSPEYSDIAQ YLQYVSEINF YRFNTFIGAT FFGLNYSIEA PVERPIYGIY NPSAPQIYEN
LTDYLAWYNS TGIYKPENPT IAVIIDSYKY VERDMPLLDP LVKEIEERGC NAIVSTYAYK
DNKSMSYLML DNKSIADTAI VISRGSRLNY SDNEQGITDL QTLNITVLNG IRLFSGVSVE
EWENSTIGVP ADQQYQVAYA ELDGIIEPIV ISGKAIDEAT GIEYNMPIDY QVDWLVDRAI
AWAKLHEKDN SEKKIVIPYY NPEGGKADVG ADIDYYLDAQ ASLAKLLEAM KERGYDVGTA
PLPNATEIAK LMVERGHNIG NWAPGELEKR VENGSMILIP ESQYMEWFKE LPQDKQNEMT
SMWGEAPGDI MVYENSTGKY LAIPVLQFGN IILAPDPQHG WSSSEKALYN NASYPPTHQC
FAFYKYMSRE YKADALFTIF SSVELMPGKE CGLSANDWGA LLLEDMPHVH VLPMDAEGVF
DRRRANMLVI DFMTPTIVPS GLYGNLSNLQ QEITLFKQTS DSAVKENYRQ DIINQTKNIS
LDNDLNVDID SIAGDTNLTD AFIDKLADYL SELKTSYMPY GSHVLGEVPE GESLVMLIKS
MLGDEYIEHV ESLGGSEELS ISLLNETILN GTSPYDAQIM VLGRNSTELG NDLDLSLEYL
ERIKQCDCEI TKILDALDGT YITPGPSGDP IRNPDALPTG RNLYTFDDRL IPTKAAWNVG
SQLAEETLKL KLEEDGQYPE KIAFLLWSVE TTRNQGVMES EIFQLLGVEP VYNEKDRVTG
LKLIDSKELG RPRIDVMVTT SGLYRDVYPS KIELIDQAIK MAAAADNDTY PNYVREHSNA
TYQSLIARGY NESLAYNLSV SKIFCPPPGG YTPGIQEVIP SDTWEDADEI AGLYIDRMGY
VYSQEIWGEH YSDVFELNLE DVDTAVFSRT SNLYGVLDHS MVAAYFGGLS MAIESVSGTT
PDMYINDLSS SAEIETLNEF LSKDLRSRYL NPNWIEGMMG NGFDGTRYMD SVFEVMRVWD
VTDPDLVTDD TWNEMYDTYF KDKHNTGVTE FLKSTNPYAY QSMAATALDS IRTSYWDASD
EVTQSLVKEY VESVAENGVT CCHHTCGNAL LDEYVQGVMS VPGVVDEKTA NEYKKLMQEA
TEPSQQSGES SSGSSSHHDH DTGKATVISG TSKTSNQTSS AGESTNNQTV KGSDAGYGTD
TSKPAPEIQK SADSDYVEGY EMQKESAEEK ESGGLSFSGA DIFGIIIVVA AVGGIYFGFR
KKKM
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