| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A2795 |
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| Symbol | |
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| ID | 3625123 |
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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 | 3570555 |
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| End bp | 3573440 |
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| Gene Length | 2886 bp |
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| Protein Length | 961 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637701646 |
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| Product | hypothetical protein |
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| Protein accession | YP_306276 |
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| Protein GI | 73670261 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1572] Uncharacterized conserved protein |
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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 | 0.827572 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.0000678695 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | TTGATATTGT TAACTCTGAT TCTGACCAGC GGGGTCTGCC TGGCTGACAA TTTCGTAGGC
GGAATCCCTC TGACTTCTGT CCACAGCGGA ACAGTAAGTG GAGGTGTTTA TTGTGATAGC
TACTACGGAA CAGCAGATCA GGCAATACAC ACCGATAAAA CTATAGACAA GACCTTTACA
CTGCCTGATG ATGCTGAAGT TGAATGGGCA ATGTTGCTCA CAACCGTATA CTGCGGGCAC
ATGCAAAACA ATTACCAGGG AACGGCAACA GTAAGTTTTA ACGATAAAAC TCTAGGAACA
GAAACCCTCA ACGTTCCTTA TGAATACATT ACCAACGGGG GTAATGACGG AAAAGCATAT
GTCCAGGTAA ACGACCATGT TGACAGGGTA ACAAGTGACT ACATGATGTA TTATGATGTC
ACAAGCCTTG TAAAATCCGG GAAAAATAAA GCTACTGTAC ATACTGAGCC TACTGACAAG
AATTTTGATG GTAGAATAAA ACTGATAACT CTTATTGTAG CTTACAATGA CGGTAGCGGA
AAAAAGATCT GGTATCAGGT AAACCGCGGG CATGATCCAG ATACATATTA TGTTGATGAC
AATAGAGAAA CTTACGTTGG GAGCACCGCA TTTAAGGCAG CTTTGCCATC TGATGCGTCC
TTGACAGATG CAACACTTAC AGACGTACAC ATGGCAAGTA CAGACGGATC ATACACTTTC
AACGGAAAAG CACTCACTTC AGGTACACCT CAGGGTACTT ATTGTGGGCT AGATTCTTGG
GATGTTACGG ACGATTTTAA ATCTACTGGC ACAAACACTC TGACCTATGA TCGGACTGGC
GCGTTCTATA AAAATGCACT TGCTATACTG ACGGCCGAAT ACACTACTTC ATCCTCAGAC
AACGATAGTG GAGATAATTC TTCGGACAAC AATAGTGGAG ATAATTCTTC GGACAATAAT
AGTGGAGATA ATTCTCCGGA CAACAATAGT GGAGACAACT CATCAGACAA TGGTAGTGGA
GACAACTCGT CAGACAACAA TAGTGGAGAC AACTCATCCA ATGGTAGTGG AGACAACTCG
TCGGACAACG ATAGCGGACA AACAGTATCA TCTGACCTGA GCATACAGGA TTTAAAAGTC
TTGCACAATA ATGGGAATAA AGTATGGGAC AACCTGAACA ATACCGTAAA AGTAAATATA
ACAAACAGTG GACCAGACGA TGCAGGTGAT TTTGCCGTCG AACTTTATGC TGAGACAGCT
CTTGTTGAAA GCAAACCAGT TTCGGGTCTT GCAAATGGGG CAGCGGAAAC AGTTGAACTT
AACTGGAAGC CAGAAGAAGC AAAGAATTAC ACTCTTAAAG CAGTTATAGT TCCTGGTTCT
ACGATCAACG ACCCGACAGC AACAAACAAT AAACTGAGCA AGACTCAGGA AGTGCAGCAT
AATGGATATG CAGGAGATAA GCCTCTTGAG ACTTATGCCC ACAACACTGT AAAAGGTGAC
ATTATTTATG ATTATGGAGA CAGCAAGTAC AGCGGCAAAG TATCTTCTGG CAGCACATAC
ACAGTAAATC ACAACCTGAA GCTTCCTGCA AATGCAACTA TAAAGCTTGC AAGACTCTAT
AATTACTGGA CATGGAGTGC TACAGGCACT ACCGGAGTTG ATCCTTCCAT GAGCCTGAAG
TTCCAGGGGA CTTCTCTGAA TCCGGAAGCA AAATACAGTG ACCAGAAGGG ATGGGGCTCT
GTATATGACT ACCCAAGCGG TACCTGGGCT TATGATGTAA CGGATCTTGT AAAAGGAAGT
GGAAATTATA CTACAGTAGT TACAAATATC AATAGTGAAA CTGGAAATTT TGTCTGCTTT
GATGGAATCG GCTTACTTGT GGTGTATGAA GATGCCACAG GAAACGAAAC CGAGTACTGG
ATAAACGAAG GCTGTGACAT GGTGAGTACA ATGAGTACTT CAGGCGGTCT GACTCCTGAA
GACGCTACCG TAAAAATCCC ATTCAACGGT TCTATAAATC TCAGCAATGT AGACAGCGCC
AAGCTCTGGA CTACAGTTCA GTCTGGAGGA CATGATGGCA TTATCTTGCA ATTCAATGAA
ATGAATAAGT CTGGTGTTTA TGACTCAACT CCCTACTCAG ATCTGGATAT TGATGAAGCA
AGGCCTGTTG ATAATTATCT CCTGACCAAG AATAACATGG CTCAGATAAT TGCTCCTTCT
GTTACAGATA ATAGTGGGGA CTACCTTGCT CCTTCGAGTG CGATTCTTGC TGTCAGTTAT
AAAGGCGGAA CCAGTGACAA TGGAACCAGT GATAACGGAA CTAGTGACAA TGGAACCAGT
GACAATGGAA CCAGTGACAA TGGAACCAGT GACAATGGAA CCAGTGATAA CGGAACCAGT
GATAACGGAA CCAGTGACAA TGGAACAAGT GACAATGGAA CAAGTGACAA TGGAACAAGT
GACAATGGAA CCAGTGACAA TGGAACCAGT GACAATGGGA CCAGTGACAA CGGAACAAGT
TCATCTGGAT CGGATTCAGC TACGGTATCA CTTACTGTGA ACATCACACC TGTAATTTGC
TTGCAGGTCA CACCGAACTC AGTAGATTTC GGAACGTTAA AACCGGGAAC AACGAGTGAA
TCCGTACCTC TGACCCTCAA AAACAATGGA CATGGTAGTA TAAAAGTAAC GGCTGAAGTA
GAAGACCAGG ATGACGGCCC ATTCAATACA GGGCTTATGC TTGACCAGAA CAAATGTTCT
GATTACAGTA AAACGATAGC TTCAAACACA TCTGAAACCT CGGAAGCCCA GCTCGAACTA
CCAGAAAATT ATTCGTCTAC AGGACAGTTT AATGGAAGCC TTATCTTTTG GGCAGAAGCA
GCCTAA
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| Protein sequence | MILLTLILTS GVCLADNFVG GIPLTSVHSG TVSGGVYCDS YYGTADQAIH TDKTIDKTFT
LPDDAEVEWA MLLTTVYCGH MQNNYQGTAT VSFNDKTLGT ETLNVPYEYI TNGGNDGKAY
VQVNDHVDRV TSDYMMYYDV TSLVKSGKNK ATVHTEPTDK NFDGRIKLIT LIVAYNDGSG
KKIWYQVNRG HDPDTYYVDD NRETYVGSTA FKAALPSDAS LTDATLTDVH MASTDGSYTF
NGKALTSGTP QGTYCGLDSW DVTDDFKSTG TNTLTYDRTG AFYKNALAIL TAEYTTSSSD
NDSGDNSSDN NSGDNSSDNN SGDNSPDNNS GDNSSDNGSG DNSSDNNSGD NSSNGSGDNS
SDNDSGQTVS SDLSIQDLKV LHNNGNKVWD NLNNTVKVNI TNSGPDDAGD FAVELYAETA
LVESKPVSGL ANGAAETVEL NWKPEEAKNY TLKAVIVPGS TINDPTATNN KLSKTQEVQH
NGYAGDKPLE TYAHNTVKGD IIYDYGDSKY SGKVSSGSTY TVNHNLKLPA NATIKLARLY
NYWTWSATGT TGVDPSMSLK FQGTSLNPEA KYSDQKGWGS VYDYPSGTWA YDVTDLVKGS
GNYTTVVTNI NSETGNFVCF DGIGLLVVYE DATGNETEYW INEGCDMVST MSTSGGLTPE
DATVKIPFNG SINLSNVDSA KLWTTVQSGG HDGIILQFNE MNKSGVYDST PYSDLDIDEA
RPVDNYLLTK NNMAQIIAPS VTDNSGDYLA PSSAILAVSY KGGTSDNGTS DNGTSDNGTS
DNGTSDNGTS DNGTSDNGTS DNGTSDNGTS DNGTSDNGTS DNGTSDNGTS DNGTSDNGTS
SSGSDSATVS LTVNITPVIC LQVTPNSVDF GTLKPGTTSE SVPLTLKNNG HGSIKVTAEV
EDQDDGPFNT GLMLDQNKCS DYSKTIASNT SETSEAQLEL PENYSSTGQF NGSLIFWAEA
A
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