| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A1415 |
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| Symbol | |
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| ID | 3627060 |
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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 | 1742959 |
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| End bp | 1745667 |
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| Gene Length | 2709 bp |
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| Protein Length | 902 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 637700304 |
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| Product | hypothetical protein |
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| Protein accession | YP_304954 |
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| Protein GI | 73668939 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.133763 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0024826 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGGATGCTC CTAATCATCT TTATACAATA CAAAAACAGC TTATTTTAGA AGGTGTTATC
ATTAAAAAAG AAAAAATAAT CATTCTAGTA ATATTTGCCA TAATAGCTCT ACTTTATACT
TTCCATTACT TATTTTTTTG GAATTACATA GTTGATGATG CAGGTATAAC ATTTGGTGCA
TCGAAAACTT TGGTGGAGTA TGGTAGATTT TCAATTGACA AATATGCTGA AACAGTAGAA
ACTTATTCTA ATCCTTCTTT AATGGCGATT TACGCTTTCA TATACTGGCT TGGTATTGAT
ATACCAATTG GTTCAAAAAT ATTAAACTGG GTAATAGGAT TGATTGTCCT CCTTTTTGTG
TATAAGATAA ATAATTTATA TGGAGAAAAA ATACCATCTC AAACAAGTTG GATGAATTTA
TTAAGCCCAC TTTTATTATC CCTGATGACA GAGTTTATTT TATGGGGAGT GGCTGGATTA
GAAAATATAC TATATGGATT TGCAACTGCA GGCTTAATAT TAGGAGCATT AAAATATGAA
AAATCAAAAG ATATTGTATT GTTAACCTGT TTTTCGGGAC TGATTTCCAT AACTAGACCA
GAAGGAGTTA TTTTTGCGAT ATTTATCTAT TGTGGGATAT TTTTAAGAAA TTATGTGATA
AACAAATCCT ACAAAAAAAT AGCAGTATCA TTTTCGTTAT TTTTTATGTT TTATTGTTTA
TTCATAGCAT TTAGATATTA TTTATTTTCA TGGGTTTTTC CAAATACATA CTATGCTAAA
ATCAATCCAT CATATATTGG AAGCTTTTTG GAAGGAGGAT ATTATCTTTT CAATTTTGTC
ATATCGTATC TTTCATTATT TATATTAACA TTAGTATTGT TATACTTTTA TATTTATTTT
TCAGATAAAT ATGTTGAAGG AAACTGTGCC AGAAAAATCA AATTTATTTT CTCAACTCTA
GCATTTTTTG ATCTTTTAAT TATATTAGGA TTAAATTCCT ATTATTTCTT CAAAGAAAAT
CCTTTTTTGT CATTTTTCCC GAGCTCTGAT TCGTTTTTAT TACTGGTAGG CTTTGTAGAA
ATCGATTCAC TCCTATTACT AGCATTCATA GGAATTAGAT ATTTATTATT TGATAACAAT
TTAAACAAAT TAATATCCAT GCTAAAATTA ACTTGCGGAT ACACATTTAA GAACAGTGTA
ATCTATTTTT CTACAGTAAT CATTTTTGCA AATGTGGTTT ACATTTTCAG ATCTGGTGGA
ACATGGGGAA ATGCAAGATT TTTGACACCT GTTCTAATTG CATTGCCTAT AATTTCTACT
GAAATATTTA AAAGTGTAAC TAATTTGATG GTTAATTATA ATCATAGTGA GATCAGTGAT
TTGAGTAATC ATAATCATAC GAGAATCTCT AAAATATTTA GTGTAGCTGT CCTTTTTATT
TTGATACTAT TTTTTTTGCA GATGGCATAT AATTCTGGAA ATGTAGATAT GATTTCATTT
TGGGATATTA AGGCAACACA CGCTGACTTT GGTAATGAAG TAGGGAGTTA CTTAATTACA
AATCATTATG CTTCTAATCC TAAACAAATA TCTTATGTGG TTCCAGATTT AGGAGCAACT
TCGTATTATG CAAAAAATTA TACTATTATT GATAGTGCCA GATTGGGAAG TGTTCCAATA
GCCCACAATG GTTATGAACC TGGGTTTTTC AGACATTATG TATTTGATAT TGAAAATCCT
GCGTTGATTG AAACACATCA CTATTGGTCA AAAATAACTA ACATTCTTTC TTATGACCAA
TTTAATAAGA ATTATGTACT TATCAAAGGT CCTGGGATTG TTAAATATAA AGGAATTAAT
GTTCCAGTTG GTTATTATAT TAGAAAAGAT ATTTTTGCAT CGCAAAATTT AAATTCAATT
AATAATTTTA CGAATCGATT GAATCTAAAA AATTTTGATA CTGGTAGTAC TATTTTTTCT
CCGAAAGGAG AAATAGAATT AAACACCTAT TGGATAAAAA ATCCTAACAT AAATTCTAAG
ATTATCGACA ATCATACTAT TGAAGTATAT TTAAATGGCT CTTCTGGAGA TTATTTAATC
GATAGTCATA AACTCACGGG TGGATACTAT ATTCCTAGTC GATGGGATAC AAACCTAGTA
ATTCTAGATA AAAAAGTGAT TTATCCAGAA AATATTCCAG ATGGTAATTA CTCTTTAGTG
ATAAAAGTGA TTTATCCAGA TAATATAATG GAATCAAATT TTTTGGAGAA CATTACGATT
GGTTTAAAAA ATAGTTCTGT GCTATATGAG CACGTAAATA AATTTAAAAT TAATATGGCA
AAACAAAATT ATAGCGTAGC TAAAAAAGAA CTGCGAATAA TAAAGGGAAT TGACATTCCT
CTTTATGAAA CCTATTATTA TAATTATCTA AATAGTGAAC TAAATTTTAT TAATATGTTA
ATTGCTAACA ATAATCTGAA AGAGGCAAAT CAGTTGCTAA AGCCAATTAC TGGCCTCCAG
ACTACTGACA CTCAAATAAA TACTAGATTA AGAGATACTG AATCTAAATT GGCTAATTTA
TATGAAACAA CAGGAAACTT ATGTGAAGCA AAAGGAGACT TTTCGTCAGC GATTGATTAT
TTTGAATATT CAATTTGGTA CAATCCAGAT AACCACAAAT TAAGGGCACA CATAGAAGCG
ATTAGATGA
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| Protein sequence | MDAPNHLYTI QKQLILEGVI IKKEKIIILV IFAIIALLYT FHYLFFWNYI VDDAGITFGA
SKTLVEYGRF SIDKYAETVE TYSNPSLMAI YAFIYWLGID IPIGSKILNW VIGLIVLLFV
YKINNLYGEK IPSQTSWMNL LSPLLLSLMT EFILWGVAGL ENILYGFATA GLILGALKYE
KSKDIVLLTC FSGLISITRP EGVIFAIFIY CGIFLRNYVI NKSYKKIAVS FSLFFMFYCL
FIAFRYYLFS WVFPNTYYAK INPSYIGSFL EGGYYLFNFV ISYLSLFILT LVLLYFYIYF
SDKYVEGNCA RKIKFIFSTL AFFDLLIILG LNSYYFFKEN PFLSFFPSSD SFLLLVGFVE
IDSLLLLAFI GIRYLLFDNN LNKLISMLKL TCGYTFKNSV IYFSTVIIFA NVVYIFRSGG
TWGNARFLTP VLIALPIIST EIFKSVTNLM VNYNHSEISD LSNHNHTRIS KIFSVAVLFI
LILFFLQMAY NSGNVDMISF WDIKATHADF GNEVGSYLIT NHYASNPKQI SYVVPDLGAT
SYYAKNYTII DSARLGSVPI AHNGYEPGFF RHYVFDIENP ALIETHHYWS KITNILSYDQ
FNKNYVLIKG PGIVKYKGIN VPVGYYIRKD IFASQNLNSI NNFTNRLNLK NFDTGSTIFS
PKGEIELNTY WIKNPNINSK IIDNHTIEVY LNGSSGDYLI DSHKLTGGYY IPSRWDTNLV
ILDKKVIYPE NIPDGNYSLV IKVIYPDNIM ESNFLENITI GLKNSSVLYE HVNKFKINMA
KQNYSVAKKE LRIIKGIDIP LYETYYYNYL NSELNFINML IANNNLKEAN QLLKPITGLQ
TTDTQINTRL RDTESKLANL YETTGNLCEA KGDFSSAIDY FEYSIWYNPD NHKLRAHIEA
IR
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