| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mpal_0921 |
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| Symbol | |
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| ID | 7272414 |
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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 | Methanosphaerula palustris E1-9c |
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| Kingdom | Archaea |
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| Replicon accession | NC_011832 |
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| Strand | + |
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| Start bp | 948153 |
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| End bp | 951161 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 643569561 |
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| Product | hypothetical protein |
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| Protein accession | YP_002465997 |
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| Protein GI | 219851565 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.000970429 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 6 |
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| Fosmid unclonability p-value | 0.0907486 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTTTGA AAGAGTTTAA TATACTGTTT GCCGGCGAAA AAGTTAAAAA TGAATTATTC
TATTGTGATA AATATGAGAA TAATTTGATA AAAAACAATT TGGGCATTCA TGAACAATAT
ACACATGTTT CTGATGATGG TGGAGTAGAT ATAATTCCTA AATTATTGGA TTATCTTAAT
CCCTCGACTT CAAATCCTGA CAGAAAATAT AACAGTTATT GCCTGGGGAG TACTGAACAC
TATATTTCTC GAGAAATAAC AAAGAAATAT AGTCAAAAAT TTTCATGTAA AAATTTAAAA
CAACTTAATC ACATTGTAGA ATTTGAAGAA TATCGTGGAG AGAAATTTCT AGGAATTGCA
GCTAAGAAAT CTGATAATGA TACTTCAAAT GAAGATAAAC AAAAATTTGG GAATGGAGAT
GAAGGATTTA ATCAATATAA AGACTTGAAA GATTTGAACT CTGAATCTGC TAGATATTTA
TTTATTGACG ATCTTGGATA TTCTTTTGCT TCGGATTCTA AAATTTTTAA TTTATTAAAT
TCCCTCAAAT TTGACAACAT AATTGTTTTT TGGAAATTAT CCTATAATAC CATATTAAAA
TTATCAAAAA GTGACGATGG GAAAATTGAT GATGGGAAAA TTGATGATGG ATATAAATCC
TTATTAAATG GAAAAAATGT TGTAACCTTT TTAAATGCAA GAGATCTTCG TGCTTGCGGT
GCAAATATTT CTTATAGATT ATCTTGGGAG AAAACTACAG AAGAATTGTT TGATCAAATG
AAAAATAACC CAGTCTTTGA TTCAATAATG AATTATTCTA AGATAATAAT AATCAGAATT
GGATTAGAAG GGGCACTTGT CATTATAAAA AAGGGTGAAG AATTAGAGTC ATATTTATTT
TTTGATCCTT ACTGTTTAGA GGATGAATTC ATTGAAAAAC ATGTTGGTAA TGTTCAGGGG
ATTTCTAGCG CATTTTGTGC TGGTTTTATA GATTCATTTA TTGATGATAT AAATGAATTA
ATTCATTTTT ATGATGATGA AAATAATAAT AAAAATAAAA ATAGAGAAAT GGAGATTTTA
AATAAATTCA AAAATGGAAT CCGCGATGGT TTAGGATTTT CAAGGAGAAT GTGGTTTTGG
GGGTATGGAA GAGATGATAA ACCCACTCGA ATCGCTGATG AATTTGTATT ATCAACAAAA
CCATGTGAAT CTGGAGATTT TTGTTTAAGT AAAGAGGAGA TGAATATAGT AAAACAAGAT
GTATCTTTTA AATTCTCCTC ATTTAAAATT CCAGGGGATA TTTTAGATGA ACAAAAAGGT
ACATGGACAA TTCTTGAAAA AAATAGAAGG GCAATATCTT CGCAAAAATC ATTTGGAGAA
ATTGCATACA AAATCGTTGA TATGGGTATT GAAAAATTCA GCGAGAACAA TACTATAAAC
GAAGAATCAC TTTTTCCAAT TTATGAAAAA GGAGGTTTAA TTTCTGTCGA TCGAAGTGAA
ATTGAAAGTT ATCAAAGTAT AAGAAATATT ATATCTGAGT ATGTAGATTC AGAGAATATA
AAAAATCCTC TTTCAATAAC AGTTTTTGGT CCTCCGGGGT CAGGAAAGTC ATTTTCAATT
GAAAAAATAA TTGAGAGTTT AGATAATGAT AAAATTGATT TTAAAACATT CAATTTATCA
CAGTTTACAA GAAATGAACA GTTAACAACT GTCTTTCATA TAATTAGAGA TGTTTGTCTT
AAAAATAAAA TACCTGTAAT ATTTTTCGAT GAATTTGATT GTAAAGTGAA TAATAATAAT
CTAGGTTGGT TAAGGTTTTT TTTAGCCCCA ATGCAAGATG GATTATTTTT CGATGGAGAA
AATTTTCATC CCATAGGAAG AAGTATTTTT GTTTTTGCAG GGGGAATCTA CAAAAGTTAT
GAGGAATTTA TTTCAGTTGT GCGAAAATCA AAAAATAAAG ATCTAAAATT GTCAGATTTC
TTAAGTAGAT TAAAAGGTCA TATAAATATA ATCGGTTGTA ATAAAACCGG AGAAGATGAA
TATTTATACA AAATTAGACG AGGGATATTA CTTCGTTCTG TTATTAAAAA GGTTAGGCCA
GATTTGATTA TTAACGGTAT CCTTTCAATT GATCAATGTG TTGAACGTGC ATTTATTAGT
TCATCCAATT ATTATCATGG TGCTCGTTCA ATTCAGGCAA TTGTTGAAAT GAGTAATTTA
AACAGTTTAA CGAAAATTGG TCCATCCGCT CTGCCTCTGG ATGTACAACT TGAACATCAT
ATAGATGCTG AAATATTCTT AAATTTAATA CATCGAGAAC TTCATCTAAA CAAATTAATC
AAGAAGGAAA TTCCTAATTT AAATCTGAAT GAAGTAGAAA AAATGTTTGT TGATAGACAA
CGTGGATATT TCAAACGTCC AAACTTAATA AATAAGTTAA TAAAGTCATC AGCCGAATTA
TGGAATTTAA TAGTTGAAAA TAAACCTAAA AGAACTCTAT CTGCATTGAC ATTTCCAAAT
AGGTACTATT TAAAATGGAG TGATCTGGAC ATATCTAGAA GAATTGTCAT TTTTAAAGAA
ATATTAAAAT TGTTAAATTA TTTAATTCAA GATAAGCACT ACAATAAGAA AAATAATTAT
CAAATTAATC AAACAATAAT ATTAAATTCC ATATCTCAAT TTAAAACCAG AGAAAATTCC
TTTATTTGCG ATTTTTTTCT TTCGGGTTTG AAAGATAACA TTCTTTCGCA TAGAATGATT
GATATAATAT CTGACATGAT GTATTCTGGA AAAGATGCTC ATAGGATTAG ATCCTTTGAT
ACATATTTTT TAAATATTTC AAAGAATCTG TCAACAGAGG ATCCATCAAG GGAGGAGCTG
ACATGGATTG CAGATATCCT TATTCAAAAG AATACTGATG ATGCCCCTTC AGTTCTTTCT
GAAATTGACA AAATAAATGA TATTATTAAT CAACTTGATT TAAATGGATT TCAGGTATAT
AAATCCTAA
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| Protein sequence | MVLKEFNILF AGEKVKNELF YCDKYENNLI KNNLGIHEQY THVSDDGGVD IIPKLLDYLN
PSTSNPDRKY NSYCLGSTEH YISREITKKY SQKFSCKNLK QLNHIVEFEE YRGEKFLGIA
AKKSDNDTSN EDKQKFGNGD EGFNQYKDLK DLNSESARYL FIDDLGYSFA SDSKIFNLLN
SLKFDNIIVF WKLSYNTILK LSKSDDGKID DGKIDDGYKS LLNGKNVVTF LNARDLRACG
ANISYRLSWE KTTEELFDQM KNNPVFDSIM NYSKIIIIRI GLEGALVIIK KGEELESYLF
FDPYCLEDEF IEKHVGNVQG ISSAFCAGFI DSFIDDINEL IHFYDDENNN KNKNREMEIL
NKFKNGIRDG LGFSRRMWFW GYGRDDKPTR IADEFVLSTK PCESGDFCLS KEEMNIVKQD
VSFKFSSFKI PGDILDEQKG TWTILEKNRR AISSQKSFGE IAYKIVDMGI EKFSENNTIN
EESLFPIYEK GGLISVDRSE IESYQSIRNI ISEYVDSENI KNPLSITVFG PPGSGKSFSI
EKIIESLDND KIDFKTFNLS QFTRNEQLTT VFHIIRDVCL KNKIPVIFFD EFDCKVNNNN
LGWLRFFLAP MQDGLFFDGE NFHPIGRSIF VFAGGIYKSY EEFISVVRKS KNKDLKLSDF
LSRLKGHINI IGCNKTGEDE YLYKIRRGIL LRSVIKKVRP DLIINGILSI DQCVERAFIS
SSNYYHGARS IQAIVEMSNL NSLTKIGPSA LPLDVQLEHH IDAEIFLNLI HRELHLNKLI
KKEIPNLNLN EVEKMFVDRQ RGYFKRPNLI NKLIKSSAEL WNLIVENKPK RTLSALTFPN
RYYLKWSDLD ISRRIVIFKE ILKLLNYLIQ DKHYNKKNNY QINQTIILNS ISQFKTRENS
FICDFFLSGL KDNILSHRMI DIISDMMYSG KDAHRIRSFD TYFLNISKNL STEDPSREEL
TWIADILIQK NTDDAPSVLS EIDKINDIIN QLDLNGFQVY KS
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