| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_1193 |
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| Symbol | |
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| ID | 5327915 |
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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 | Methanococcus maripaludis C7 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009637 |
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| Strand | - |
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| Start bp | 1159147 |
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| End bp | 1163157 |
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| Gene Length | 4011 bp |
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| Protein Length | 1336 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 640793747 |
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| Product | S-layer protein |
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| Protein accession | YP_001330408 |
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| Protein GI | 150403114 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01564] S-layer protein, MJ0822 family
[TIGR01567] S-layer-related duplication domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAAATTGA AGATTTTAAT GGTATGCATG GTAACGCTTT TTGTTTTAAA CTCTTGCTGT
GCTGAATATT ACAATTTAGA TTTTTTAATT GACATAAACC ACAATGAACC ATCGTCCGAG
TATGTAGTCT CGGGAGAAGA GGTAGATTTT AATATATTAT TCAACACGAT AGACAGGACT
ACCTCGAACG AAATTGAAAA TATATGGGCA GATGATCCAG CAGTAACTGC AAATTTAACT
AGTGTGCTTT TAATTGCTGC TGCAAATGAC CGTTATAGTG AAGGCATGCT TTCATTTGTA
AATGGTACAT CAAATACAAC AGATTTGTTT GATATAACTA ATGCCGATAT TTCAATGGAT
TTAGGCGAAT TAATGTTGTT ATCTCGAAGC TGGGAGGTAG ATCCTTTTGA ATGGTATTCT
GATGATTTAG AAGCATCAGA AATCATTGTA GCGTTAATTA ATAGTGAATC GAGTAATTTT
AGCGAATCAC CAGATTTAGA AGTTGACGAA GATGGAATGG TATATGCCTC AATAGTATTT
CAAAATGGAG ATGGGGAAAA TTCTAATACT TACGGCACCC TTTCCCCAGG TATGGTAATA
CCATTCCTCG GTCAAGAAAT GCTAGTTGTA AAACTCGATA GTGACAATGA TCAGGTTGTT
TTGGGTAATG AATTATATGA AGGAATTCTG AAAAACAGTA CCGAACAGGA TATCGGGGAA
GGCTATTCTG TTAAAGTATC GAATATATTA TTTGAAGAAC CTGATTATTA CAAGGTTGAA
ATACAGGTTT TGAAAGACGG AAATGTTATT GACTCAAAAT TTGATACTGT GGATGGAAAC
GGTACCCAGA TAAACCTAAT TTGTGGGGAT ATAGGGGTTG TTGTAAACGA TGCATTTAGA
GATGAAAATG GAACTCGTTA TGCACAACTT TTTGTCGCAG AAGATTTGGT TACTTTAGAT
TTAGGTGAAG AATATTCTGA ATATTATGAA GCATGCACTG TTGATCTAAT TCCGGGTGTT
GGACTTAAAT TATCAAACGA TACTATTGCC CAAGGTAAAA TCGTAGGTAT AGCTTTGAAA
TACGTCGGCA ATATAATTAA CAATATTAAC TCTAATGAAG AATTAGATAT TGCAAACTAT
ACAAAATTAG AATTCGACAA AGAAAATGGA GAAATGTCCA TCCAATTTGC AATTTCTGAT
GTTGGAAATC TATCAAACAC TTGCAATAAT GTTAAGTATG TAATTAACAC GACAGGACCC
GGAGATGCAT ACTTTACTAA CGGAAACTTT AGTTTTATAA ACAATAGTAT TTGGCCAGAT
GAGTCTTTTG ACATTTTTAA TGGATATTCA AATGCATCTA GCTGGAAATT AAAATTCACT
GAGGCAGGAA CTTACAAAAT AACAGTGGGT TTGGTAAATG CAACAAACAC TTCAGATACG
TCATGGGTGT TTAGAAATCA CAGTTCTGTT TTAATCAAGG TTTTGGATCC CAAATACCCA
AACTACGACT TCAAATATGA AATTCCTGAA GAAATTATTT CTGGAAAAGA AACAGAAATT
AATTTAACAC TTAATGTTAC GGGAAAATTG GAATCCAACA GAATTGAAAA TATATGGGAA
AATAACGGTA CGTTTAGTAC GGATAATGAA TTATTTATAA TCGCTACAGG GAATGAGACA
TATTCTGAAG GATTACTCGG CTTTTTAAGT TCTGAAAATG TAAAAATATC TGAATATGAT
GTTCAAGATG CATCAATTGG TGATATACAT AAAAATTACT GCAATCTTGG AGAAATACCT
GGCATGAAAG TTATTGAAAA TGCCAACATG TGGAACTGGT ACTTTGGATA TGATTCATCT
GACAGCCAAT ATACAGGTAC AGTTCAGACA TTTGAGTCTG TTTCAGCAGT AATCAATACT
GATTTAAATA CTACTTTTGG TAGTGCTGAA AATCCAGACT TAAAAATAAA AAATAACAGT
GCATTTTACA CTACACTAGC AGTAAAAAAT CAAAAATCTG GAAATACCGT CAATGATTAT
GTAACTTTAG CCACGGGTAC AAAAATTCCG ATTCTGGGTA ACGAAAAGGT TGTTATTGAC
GTGAATAGTG ATGACAACCA GATAACGTTA GGTTTAGAAG TATTTAAAGG AGTTTTAGAA
GAAGGAATGG CTTATGACCT TGGAAATGGA TATTTGGTAA ACATTACCAA TGTTTTGAAT
GTTACAGGAG GATACAAAGC AGAAATACAG ATTTTAAAAG ATGGAAGAAC TGTTGCATCA
AAATTTGATA CTGTGGAGGA AGGACATCCA TTTAAAATAA TTTGTATGGA TGTTGGGGTT
ATTGCAAATA CTGCAATAAT CGATATAGAT GAAAATAAAG GATTTGTAGA ATTAGCAATA
TTGGATAATA TTTCTCATGT AGAATTTGGT AAAGAATATT TGCCAGATTG GGAAGCCCGT
GGTATCGTGG CCTCCATATC GGGTTTGGAA TTTAAGAACA ATATTTCAGA TAGTAAAATC
GTTGGAATGG GTTTAAAATA CGTAGGAAAC GATGTAGATA ATATCAATAA TTTCAAAACA
TTTGAAATTG CAAATTATGC TAGAGTCGAT TTTGATGAAT ATTCTGATAA AATGAGCATT
CAATTTGCAA TGGACAATAG GTACGAGGAT GTTAAATACT TGGTAAGTGC GACAGGGCCT
GGAAACGTAA GTTTTACCAA CAATAATTTA ACTTTTATAA ATACTGCGTT ATGGCCAGAA
AGTTCGTTTA GCGTTCCAAA TGTTTACGAA AACGATTTAA TGTCCATGAC GTGGAAACTG
AACTTCAGCA AACCTGGAGA TTATAACTTA ACATTTAGTT TAGTAAATTC CAAAAATGAA
ACTATATCAA ATATTTCAAA ATCCGAAATA ATTACTGCAA TCACAAAAGA AACTTTTGGA
AATGTTTCGA TTATCTATCT AACTGATGAT ATAACAAACA CTACAATTAT TGAAAATAGT
GAATTTAATA TTTCAAAAAT AGATTTTACC ACTAACGATA GCTTGTATTT GCCATTACTT
GAAGAATTGG AAAATATCAC ATTACCTAAA GATACCTTGG AAAAAATGGA AAATTTAACC
AATGAAACAG AACTTTTTAA CAATATCACT ATTACAAGCG AAGAAGATAT TTCGTATATC
TTGAACTTTA CCAATAATAC CTTTGTGGAA ATACTAAATG AAGGATTTAA TGTATCAAAC
ATTACGTACC TGATTGAAAA TAATGGTGGT AGCGTAAACG CAAATTTCAC ATTTAATGCA
GTAAATACCT CCGAAAAAGG AATATTAATC GTTAGACTTC CGATTGGAAA CTTAACTCTT
GATGAAATCA TTGTAAATAC AGGATCAGAA AACGTTACGT TGGTAGAAAA TAATATTTCT
AGCACAATTG GTTGGTACAG AATTCCAAGT ACTGGAATTT TAGAAATAAC TCTTGTAAAT
GATCCATTGG TTACAGTTAA ATTCTCATCT ACAATTCCCA CAACAACTTC CGGCGGTGGC
GGAGGGGGCC TTGGTGGGGG AGCTTTGAAT TCAGATGACG AATATACATT TAACTCAGAA
TCAATTAGAA AAGCCGTAAC CAAATCAATA ATTGTTTATG GAAACCTCGT GGATAAAGAA
TATGCACTGA ATTTATGGAG TAACATAAGA AGTGGATATA ATTATGAACT TATTGGAAAC
ACAGTGATTG TTGGGGGGCC TAAAGCCAAT GTTTGCGCCA ACAAGTACGA TTCAGAATTT
GAAATACACA TTACAAATGA ATTCCCTGGA CAAAATAAAG GAATCATTCA AATTAAGGAT
ATCGAAGTAA ATTCTGAAAA CCTCATAAAA ACCTACCAAG TAATCTACAT TGCAGGAAGT
GATCGATACG GAACAGATGC TGCATTAGAA TACTTTAAAA CTTTGGAAGA ACTTCCTGAA
GAACCAATAA TTGTTGAATG GACACAAACC GGTCCTGTTA TAGCTGAATA A
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| Protein sequence | MKLKILMVCM VTLFVLNSCC AEYYNLDFLI DINHNEPSSE YVVSGEEVDF NILFNTIDRT
TSNEIENIWA DDPAVTANLT SVLLIAAAND RYSEGMLSFV NGTSNTTDLF DITNADISMD
LGELMLLSRS WEVDPFEWYS DDLEASEIIV ALINSESSNF SESPDLEVDE DGMVYASIVF
QNGDGENSNT YGTLSPGMVI PFLGQEMLVV KLDSDNDQVV LGNELYEGIL KNSTEQDIGE
GYSVKVSNIL FEEPDYYKVE IQVLKDGNVI DSKFDTVDGN GTQINLICGD IGVVVNDAFR
DENGTRYAQL FVAEDLVTLD LGEEYSEYYE ACTVDLIPGV GLKLSNDTIA QGKIVGIALK
YVGNIINNIN SNEELDIANY TKLEFDKENG EMSIQFAISD VGNLSNTCNN VKYVINTTGP
GDAYFTNGNF SFINNSIWPD ESFDIFNGYS NASSWKLKFT EAGTYKITVG LVNATNTSDT
SWVFRNHSSV LIKVLDPKYP NYDFKYEIPE EIISGKETEI NLTLNVTGKL ESNRIENIWE
NNGTFSTDNE LFIIATGNET YSEGLLGFLS SENVKISEYD VQDASIGDIH KNYCNLGEIP
GMKVIENANM WNWYFGYDSS DSQYTGTVQT FESVSAVINT DLNTTFGSAE NPDLKIKNNS
AFYTTLAVKN QKSGNTVNDY VTLATGTKIP ILGNEKVVID VNSDDNQITL GLEVFKGVLE
EGMAYDLGNG YLVNITNVLN VTGGYKAEIQ ILKDGRTVAS KFDTVEEGHP FKIICMDVGV
IANTAIIDID ENKGFVELAI LDNISHVEFG KEYLPDWEAR GIVASISGLE FKNNISDSKI
VGMGLKYVGN DVDNINNFKT FEIANYARVD FDEYSDKMSI QFAMDNRYED VKYLVSATGP
GNVSFTNNNL TFINTALWPE SSFSVPNVYE NDLMSMTWKL NFSKPGDYNL TFSLVNSKNE
TISNISKSEI ITAITKETFG NVSIIYLTDD ITNTTIIENS EFNISKIDFT TNDSLYLPLL
EELENITLPK DTLEKMENLT NETELFNNIT ITSEEDISYI LNFTNNTFVE ILNEGFNVSN
ITYLIENNGG SVNANFTFNA VNTSEKGILI VRLPIGNLTL DEIIVNTGSE NVTLVENNIS
STIGWYRIPS TGILEITLVN DPLVTVKFSS TIPTTTSGGG GGGLGGGALN SDDEYTFNSE
SIRKAVTKSI IVYGNLVDKE YALNLWSNIR SGYNYELIGN TVIVGGPKAN VCANKYDSEF
EIHITNEFPG QNKGIIQIKD IEVNSENLIK TYQVIYIAGS DRYGTDAALE YFKTLEELPE
EPIIVEWTQT GPVIAE
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