| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_1755 |
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| Symbol | |
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| ID | 4927961 |
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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 C5 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009135 |
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| Strand | - |
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| Start bp | 1704247 |
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| End bp | 1707315 |
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| Gene Length | 3069 bp |
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| Protein Length | 1022 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | 640167277 |
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| Product | hypothetical protein |
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| Protein accession | YP_001098266 |
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| Protein GI | 134046781 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.89955 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTATGCGG AAATGTCAAA AGAAGAATTA TTGAAAAGAT TTGACGAGTA CATAATTTCA
GACGATATTA AGGAAAAGAC AGAAGCTACA AAACTATTAG GATACCTCGG AATAAAAGAA
ATTAAAAGTC GAATGGACAA TATTTTAAAA CTTACTTTGG AAAATGACAT TTCAATACGC
TTAAATGTAA TAACTGCGTT TTCAAATATC TTAAATAGAT TTCCGGAAGT TTTTAGCGAA
TTTTTATCCT GTATGTATTT CAATGCAGAA TTTTCAAACA ATATTCTATC AGAACATGCT
AAAAATGAAA TAAGAGCTTT TGAACCAGAT GTAATCGAAA GGCATGTTGA ATATTTTAAA
AATGGAATTT ATTCAAAAAA TACAGAAGAA AGATTAAAAT CAATCGTCGG TCTTTCATTA
ATCTCAAGAT TCAGCCCAGA ATTTTTGGAT AAAGCACTAT CTGAAATTGT AATGGTTTCT
ACGTACGATA AATCCAATTT AATTCAGTTA ATCGCACTTG GAACCCTCGA TGACTTTTCA
AAACTTGATA GAAACCTTTT GAGGTATTCC TACCTTGTTT TCAATAAAAA AATAGATATA
AAATTGATAA ATCTTGCTGA AACCAATGAT GAAACTTCTA AATTCCTAAT TAACCTTACA
ATTTCAAAAG AAGCAGATGA AAATACGCTG CAGGAATTGT TAAAATATTT ATCGAATGAA
AACGACTTTT ATTCGTTACT TGCAGCAATT TCACTTCAAA ACAATATTTT TAAAGTTAAA
GATACATTTT CAGAATATCC TTTGATATTT CAAAACCATA TTTCAAAATT CTACAAAAAA
CATCTCGGCA ATATGCAACA GCTAGTTTCA TACTATTTAA TTTTGGATAT ATGCCGCATG
TTAAATATGG ACATTAAACA CTTGGATTTT GAAAAGATAT TTTACTATTT AAAAAAAAAT
ATCTCTGGAA AAAACCATCT GTTAAAAGCA TACTCATTGA AAATGATTTA TTCATTATTT
AAAATAGAAA AATTGAATTT AGATGAAAAA ATTGATGAAC TTTTTGATAA TCATCCATTT
GAAAATGTTT TAAAAGAACA TCCATTATGC TACCACTTTG GAATTCCACT TTTAATTGAG
AAATATAATG TCCTACCGGA AATTGATGAA AGCCCATATT TGATCAAATC TCTTGATTTA
AAAATGCGTT ACATGAGTCA TTCAGAACGT TACGAGTATT TAAAATCGGC TGAAAAAAAC
TTTGAAAGTG TATACTGGCT TGAAAGATAT GAAAGTGTAA AAAAATTAGG AACTGCACTA
TATTTTGAAG AATCAAAAGA TTTTATGAAC TTCGACCTTT TAAACAATAT TCTTCATGAT
GAGATATATC TTGTAAGAAC CATTGGAGTA TGGATACTTA GGGTACTTTC AAAATACGAC
GTAAAAATTC CCGAAAGGAT TATTTTACAA TCAATTCACA ATTTAAAAAG CCCATATTGG
GAATTGAGAT TTGAATACTA CTTATTCTTC AATGAATTAT TGGAAAAAAA TTCGGAAATA
GTAAAAAACT TCAATATTGC GTCAAAACTT AAATCTACTT TAGGAAATCT GTATGTGACT
GAAAAACATT CTCCTTCAAA AGCAGTTATC AAAAATATAT TAAATAAAAT ATTGGAAAGT
TTGGAAAACA GATCTGAAAA GTTTCAGAAT GAATTAAATA CTTTGGATTA TCCTGAACCT
TATCTTGAAA ATCCAGTATC GTCTGCGGCA TTTTTAGAAA AATTAAAGGT AAATATGGAT
AGTTACATCT TGAAAAATGA TGAAAAAAAT ATTTTAAACA TTTTAAAATT CCTCGAAACA
CATGAATCAA AACTCGATTG TTCTTATTTA TTGGAAGAAC TCGTAAAATT AAAAAAGAAT
TATGATGGTG CGGATTATCT ATTGAATAAC TTAAAAAAAA GTTACAAATT AATTCCAAAA
TCTCTTGAGA TCCATATCTT GGACAGTTTA GATAGTCCGA TAGTTGAATA TAAAATCGAG
GGAGTTGAAG AAATCCTTAT GTATTTAAAC GAAGGATTCG AACTCAGTGA CGAAATAAAA
CTTAAAATAA AGGAAATTTT GATAATGTAC CGAGATGAAA AACTTACAGA ACATTGTATT
GATATTTTAA ATTTACAGTC CGATATTGAA AGTAGAAGAA TAGTTCTTGA AAAAGAAGAG
TTTGAAACAT ATTTAAACGA TTTAAAAAAA ATTAAAGAGC AGTCTGATGA AAAAATAAAA
GATATATCTT CTGAAGACCT TTATATAAAA TTGAGCCATT ATCTACATAA AACATCAGAT
TACGATTATG GATCAGTTAA TTTTAACGAT ATTTTATACT TTTTATCGGA TTATTCAAAA
CGTCCTTCCG TAATTTTAAC TACAATTATA TTAAAAATTT TAAAAAATGC AATTGCGGAC
CAGAATTCTG ATATAATAAC CAGAATCGAT GTTGAAAATC CAAAAATTCT GGATAATTTG
TATTATTTGA TACATTTAAC GGATTATAAA ATACTTTCAA AAAATGCACT ATTATTAACT
GTCGAAATTG TTAAAAATAA ACCCGAATGG CTTTTAGAAC ATCTTTATAA TGATTCAAAA
AATAAAAACT GGTGCATATT CTTAAATTCA CTTTTAGATT ATCCAGATGA TAATGTAATT
AGCGAAACTC TCGACGCACT TGATTATTAT GCCAAAAATT CAAAATATTG CGGTTTTTCA
GAAGAATTTA TTGAAAAACT CATCAATCTA GTGGATAATT CAAACTGGAC AAACTTCAAA
AAAATTGTAA ACGTACTCAG TAGTTATAAG ATGGAAAAGG AACTTTTAAA CCATATTTCT
GAATTATTGA TTAAAAAAAT TGAAAATTCA AACGATGATT CTAAATTGAT ATTATTAAGA
TTCTTTAAAA TTCAAGATAT TACACAAATA GACGAAAATT TGATAAATAA ACTCTTTAAC
CTTAAAAATT CTGAAAATTA TGATATTAAA AGAGATATTG GAGAAATTGA ATCCAAACTT
AATCATTAA
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| Protein sequence | MYAEMSKEEL LKRFDEYIIS DDIKEKTEAT KLLGYLGIKE IKSRMDNILK LTLENDISIR
LNVITAFSNI LNRFPEVFSE FLSCMYFNAE FSNNILSEHA KNEIRAFEPD VIERHVEYFK
NGIYSKNTEE RLKSIVGLSL ISRFSPEFLD KALSEIVMVS TYDKSNLIQL IALGTLDDFS
KLDRNLLRYS YLVFNKKIDI KLINLAETND ETSKFLINLT ISKEADENTL QELLKYLSNE
NDFYSLLAAI SLQNNIFKVK DTFSEYPLIF QNHISKFYKK HLGNMQQLVS YYLILDICRM
LNMDIKHLDF EKIFYYLKKN ISGKNHLLKA YSLKMIYSLF KIEKLNLDEK IDELFDNHPF
ENVLKEHPLC YHFGIPLLIE KYNVLPEIDE SPYLIKSLDL KMRYMSHSER YEYLKSAEKN
FESVYWLERY ESVKKLGTAL YFEESKDFMN FDLLNNILHD EIYLVRTIGV WILRVLSKYD
VKIPERIILQ SIHNLKSPYW ELRFEYYLFF NELLEKNSEI VKNFNIASKL KSTLGNLYVT
EKHSPSKAVI KNILNKILES LENRSEKFQN ELNTLDYPEP YLENPVSSAA FLEKLKVNMD
SYILKNDEKN ILNILKFLET HESKLDCSYL LEELVKLKKN YDGADYLLNN LKKSYKLIPK
SLEIHILDSL DSPIVEYKIE GVEEILMYLN EGFELSDEIK LKIKEILIMY RDEKLTEHCI
DILNLQSDIE SRRIVLEKEE FETYLNDLKK IKEQSDEKIK DISSEDLYIK LSHYLHKTSD
YDYGSVNFND ILYFLSDYSK RPSVILTTII LKILKNAIAD QNSDIITRID VENPKILDNL
YYLIHLTDYK ILSKNALLLT VEIVKNKPEW LLEHLYNDSK NKNWCIFLNS LLDYPDDNVI
SETLDALDYY AKNSKYCGFS EEFIEKLINL VDNSNWTNFK KIVNVLSSYK MEKELLNHIS
ELLIKKIENS NDDSKLILLR FFKIQDITQI DENLINKLFN LKNSENYDIK RDIGEIESKL
NH
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