| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2646 |
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| Symbol | |
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| ID | 3626697 |
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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 | 3348875 |
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| End bp | 3351508 |
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| Gene Length | 2634 bp |
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| Protein Length | 877 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637701502 |
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| Product | hypothetical protein |
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| Protein accession | YP_306132 |
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| Protein GI | 73670117 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.0657655 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCTTTG ATTTTATGAG CTTTGATTTT ATGAGCTTTG ATTTTATGAG CTTTGATTTT
ATGAGCTTTG GTTTTCTATA TAAATCCGAG TTGCTTCTCC TGTTGCCTCT TGCGGTCTTC
TTGCTTTTCG GGTTGAGAAA AAAAGCCAGT AAAAAACATC TGTTTTTTCA TGTACTTGTC
GCATTCCTCC TGATTCTGGC ACTTGCAGCT CCATATTCCG CAGAGATAAC TTCTCCCAAA
ACCAATCAAT CCAAGATAAC CATAATTTCG GATGAAACCG CAAGTATGGA ACTGCTTCAG
AAAGGGGCTC TGCAGAATAT ATCCAAGAAA CTTAGCGGCA AGGTTCCTGT TACGGTTACA
AGCATTTCAG GCTCGCAGAC TTCGCTTGGG GATGCTATTC TGCAGCAGGC ATCCCCTGAA
AATTATGTAC TTATAGTTTC GGACGGACAG AGCAACTCAG GGACTTCAAT TGAAGACGCA
CTTTCCTACT GCTACAAAAA TGGCTTTCCT GTAGCTGCAA TTATTCCAGA TACAGTTAGA
GAAGACCTCA GCGTAGAGAT TGAAGGAGAA AACGAGCTTG TAATCGGAAA TGAGGCTCCT
TTCAAGGTTC ATGTCCGGAA ATCAACTGAA AATGAAATGA AGTATGAACT GAGAGTTACG
GTTGACCACA AGCAGATGAT GGAAAAGAAA GTTACTCAGA CCGAGAGGAT AGAAAGTTTT
GATTTCAATC ATACATTCGA TACACTGGGG CCGCATACAG TAAAAGCAAC CCTTCATCCC
GCAAGCATAA ACGTTAAAGG CCTGGATTAT TTTGAGAATA ATAACCAGTA CATGAAAAGC
GTATACGTAA CGCCAAAACC GAAAGTGCTT TTTGTGACCG ATGAACCTGA TTCGCCTCTG
GCAGCTATAC TTAATGAGGT TTATGAAGTA CATCCTGCAA GGCCATCTGG TTCCCTTTCA
TCTGGTTCCC TTAACGGCAT GGATGCAGTT ATAATCGACA ATCAAGCAGT ATCGACGATT
TCAAGTTCGG AAGTCAAAGT CCTCAGGAAG TATATTATTA ATGGCGGCGG CATGGTAGTG
GTCGGAGGAG ATGCTTCTTT TGACTATCCT GCCGGAAACA CATATCAAAA TACGCAATTC
GAGGAACTTC TGCCTGTTAC ATCCAGCCCT TCAAACTGGA GAGGAGGCAG GAATATTGTC
CTGATGCTTG ATGTCTCGCC GAGCACACTG CAAAGTAACA AAATTGGAGG GCGTGTTTTA
GATGACATAC TCTCCAATGC TATTGTGCTT CTTGAAAACG AGCACCTGAA AGATGCGAGA
GTGGATGTTA TCACATTCGG GAGCAAAGGA CAGGATATTA CAAACGGGTT TGTGGACATG
TCCAAAGAAT CAAACAGAGT GTGGCTTGAA GGCGAGATCC GCAAAATTAC CCCCTCGGGA
GACTCGACAT CGCTTGAACG AGGAATGTTA ACTGCACGCG GCCTGCTTAG AGGACAGAAC
AGCAGTGCAG ATGCTGAAAT TATAATCGTT TCTGATGGCG GGGTAGGCAA TAAATATGAG
GGTGATAAAA CGTTTGAACA GGCAGTAAGT TGTGCAGATT CGCTTCTGGA AGAGGAAATA
GGCATCCATT TTGTTCATAT CCACTCCCCA AACACCGAGC GTCAGGTCAA TCCCAATGGC
AATTATTACG CTTATCTCCT GATGAATAAA ATCGGTTTAC CGAAAAATTA TAACAGGATT
GAACCGGGAC AGCGGGTAAA TGTCAGCTTT TCTGAGAGAT CGGATGAGTC TGAGGAGATA
GAAGACGATT ATTCCAGCGG CGCACTGATA GTCTATGACC CCAGGCATTT TATTACAAAG
GAAATCTCCG AAATACCACA TGATCTTCTG GGCTACAATG AAGTAAGCCC CAAGCCTGAA
GCAAACCGTC TCGTAACAAC CAGGCTGGGC AAACCCGTAA TCACAGTCTG GAGGCTTGGC
CTTGGCCGAG TTGCAGCTAT TACAACTGAC AATGGATATG GTCATGGAAT TCCCTGGGCT
CCTTCCCTGT ACTCAGGAAA CGACAGCCTG GTGATTACAA GAACCTTGAA CTGGGCAGTT
GCAGATATCG AGATGTACGA GAGCCTCCAG TTAAAAATTC CTGACCTTAA AATAAATCAG
CAAGGCAGGG TCCTTATTAC GACAAGGGAA GAAGGGGTTC CTGAGCTTTA TTTTGACAAA
AAACCTATGG AAATAACACC TATCGGAAAC AATATGTACG AGTCATATGT CACCCCAACC
ACCTTTGGAC TCCATAAAAT CTCCGAAAAA CCTGCTGGCG TAAATCAGAC TGAGGAATTT
ATTCCTGAAA GCTTCGGTAT CGAAAACATC TCCTGGAGAC CTGCCTCTGC AAACTGCCCT
GATGAGTATA TGTATGTTGG CGAAAACCCA TTATTTCGAA CAGCCCTGCT CGAAAATGGA
GGAAAAATTT ATACAGCAGC TGATATTTAT TCTCGGATAA CAACTGATTC CATAACCCGT
ACCGAAAAGA AAGCCATGAC AAAAATAATG TATACTAAAT ATATCCTTAT GCTTGCCTTC
TTCATATATC TGATATATAC GGTATATCAT ACCTATAACA CCCGTATGAA GTAA
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| Protein sequence | MSFDFMSFDF MSFDFMSFDF MSFGFLYKSE LLLLLPLAVF LLFGLRKKAS KKHLFFHVLV
AFLLILALAA PYSAEITSPK TNQSKITIIS DETASMELLQ KGALQNISKK LSGKVPVTVT
SISGSQTSLG DAILQQASPE NYVLIVSDGQ SNSGTSIEDA LSYCYKNGFP VAAIIPDTVR
EDLSVEIEGE NELVIGNEAP FKVHVRKSTE NEMKYELRVT VDHKQMMEKK VTQTERIESF
DFNHTFDTLG PHTVKATLHP ASINVKGLDY FENNNQYMKS VYVTPKPKVL FVTDEPDSPL
AAILNEVYEV HPARPSGSLS SGSLNGMDAV IIDNQAVSTI SSSEVKVLRK YIINGGGMVV
VGGDASFDYP AGNTYQNTQF EELLPVTSSP SNWRGGRNIV LMLDVSPSTL QSNKIGGRVL
DDILSNAIVL LENEHLKDAR VDVITFGSKG QDITNGFVDM SKESNRVWLE GEIRKITPSG
DSTSLERGML TARGLLRGQN SSADAEIIIV SDGGVGNKYE GDKTFEQAVS CADSLLEEEI
GIHFVHIHSP NTERQVNPNG NYYAYLLMNK IGLPKNYNRI EPGQRVNVSF SERSDESEEI
EDDYSSGALI VYDPRHFITK EISEIPHDLL GYNEVSPKPE ANRLVTTRLG KPVITVWRLG
LGRVAAITTD NGYGHGIPWA PSLYSGNDSL VITRTLNWAV ADIEMYESLQ LKIPDLKINQ
QGRVLITTRE EGVPELYFDK KPMEITPIGN NMYESYVTPT TFGLHKISEK PAGVNQTEEF
IPESFGIENI SWRPASANCP DEYMYVGENP LFRTALLENG GKIYTAADIY SRITTDSITR
TEKKAMTKIM YTKYILMLAF FIYLIYTVYH TYNTRMK
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