| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_0397 |
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| Symbol | |
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| ID | 4928334 |
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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 | 358435 |
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| End bp | 362949 |
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| Gene Length | 4515 bp |
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| Protein Length | 1504 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640165901 |
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| Product | hypothetical protein |
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| Protein accession | YP_001096927 |
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| Protein GI | 134045441 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.0959634 |
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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 | GTGAATAAAA AATCAGGACA AGCACTATTC TTGGTACTTG TTATGGTTCT CTCAAATATG
GGGGGTGTTA TAGCACTTGA ACCTACTACT TTAGATACTT GCACTTGTAA TGGTGACAGT
GGTTCAGGTA CTATCATTAT GGACTGTAAC TGTACTGATG ATAGATGTTT TAATATTAGT
ATTATTTCAC CAGAATGCGC ATCCACGTGG TGTGATGAAG TGCCAATTAA CGGGACAATC
GTACCATGCG TTGATGATGA ATTGGGATGT GCTGACTACA TAAAAGTATA TTATAAAAAA
TTAAGCGACT ACTGCTGTGA CTGTGAATGC GGTAATCCTG AAGCTTATGA AGAATGCGGA
TGGAGTGTTG TCGGTACCGA TGATTCTTTA GAAGGAGAAT GTCCTGCATT GTGGAGTTTA
GACTGGCCTA TCTGCTGTGA AACTGATGGC TGTTACGTAT TAAGAGCCGT ACTCTACGAT
GGTTGTGATA TGCAAGTAGG ATGTCCTTCA GAGCCCGTAT ACATATGCTT CGATAAAGGG
GTTGCTGTAT GCCTAGATCT TCCAGCATCA CTTTCCTGCG GAGGAACTAT CGAAGGATGT
TTAAATGAAT CCTGCGATTG CGTTGACTAT ATTTTAATAA CTGCAAACTA CACTGGAGAA
GGCTCTTGTC TTAGATGTCC TCAGGAAGAT TGCATGCCTA CTATGACATA CATTGTCGAT
AGAGAAGACT TTGGAAACGC AATGTGCTGT GACTACACTT TTGATGTATT ATTTAACAAC
CTTTACTGCG GAGGATGCTA TGAAATAACT GCTACACCTT ACGCAGACTG CACTGATGAC
TGTATGTATA ATGGCGTACA GATCGGTGAA AAATACGTGG GATATCTCGA AATTATAAGG
GAAGATGTAT GCTTTGAAAT AGAATGCCCT GCGCCAGTTA CGCCAGAATG TGGTATGACA
CTTTGTGGGC CAATTACATT TTCAGGTATC CTAAACGATC CTTGTAATGC TGCACAATGT
ATTGAATTTT ATGCAGTAAA AACAGGAAAC TTCACGCTTT GTGATGGAGC TTGCTGTGCA
CCAACATGCA ATGCATGCGA TGGAGAAATT GTAACATTGG ATTTAGAACT TCAGGACTTA
CCTGAAAACA TCTGTCCAAA TTGTGGTGCA GAAATGGATC CAATTATCTG CGGTGCATGC
GGTGGAATAG TTACAGGATA TTCCTGTCCA AATTGCGGAT ATCCATCAAA TGAAGATATT
GGAACCGGAG TTCCAGAATG TATCTGTGGA ATTCCTGAAG ATCATGATAA CTACATTTGT
AAATGTGCGT TATACGATAT GGAATACCTT GGATGCACAT ATGCTACAAT GCCAAACTGG
ACATTCACAA CAAATGAATT TTGTGATTTT GATTCAGGAT GCTACGAAGT ATACGCCGTA
GTTATTGACA AATGTGAATG CTACTATGAA TACAGATACG ACACTGTAGA ATTTGCATAC
TGCAATGAAA GAAACCTGAC AATAGAACTT GAAGATTGCG TATACGAAGA CTGTTGGATG
GGTGATAATT GCTATAAAGT ATACGATATT CAGAGTGGAA CAGTTACTGC ATACGGTGAT
ATCACAGTCC CAACATGCTG GATAGATTAC CCGGACTATG TAGCCCTTGA ATATGACTTT
GGGGAAAAAG TATATGACAA ATGCTCATGG CATATCGAGT GGGACGACAA ATGGAAAGAT
GCAAGCTGTA CAGATGGTTC AATTACATGG ACTTATGAAG GAGCATGCCT CAAATCAGGA
ACTTGGGAAA CTGACTGGTG TACTCCAGAA GATATTCAAA ATGAAGAAGG AAAATACGTA
AGAATAAGGG GTGTTGCGAC AGGAGGTTGC GGTGAATTTG AATCCGAACC TATTGGAACA
AGTATCTACA ACGAATTTGA CGTTAATATA ATCGATCCTT GCGAAGGAAA TACAATATAC
AACGGTAAAG TCATAAGAGG ATTCGTATGG GTAGATACAG ACTGTTGCGG CTGGTGGTGC
TGGCCAGGAT GTAATAATTG GCCAGATGAG GATGAAGTAT GCCTACCTGA CCACGTAGAT
CTCTACTGGA GAGAATATGG AACCGAAAAC TGGTTACCAA TGGACAGTGC ATTCCTCAGC
TGGAAAAACA GCGAACAGTA CATCGACTTT ACTGATTACG GAATAGATCC ACTATATCCA
AACTTGCCAG ACTTCAGATG GTGTGACAAC TATGCATACT GGGATGTAAC GTGGACTTCA
TGCATGGTAA ACTGCATAGA TAACGGACAC TACGAAATAA AAGCAGTTGT AGAACCATGT
GAAAATGACG AATGCGGCGA CTTTGAACGC GCAGAATACA TTATAGACAT CTATGTAGAT
GATACATCAG GCGTTACAAT CTCAAAACCA ATCGACGGAC AGACTGTATG CGATAACTTC
TGGGTATACG GTACGGCAGT CGGTGCTGGA GTTTCAAACG TAGACTTCTA TGTATCAGAA
GATAACTCAT CTTGGACATT GTACAAAGAA GATATCGATG TAAATGTAGA AGATGGACGC
TGGAAAGCTG CACTTAACAC TTGCTGCTTT GAAGATGGAC CATTATACTT AAAAGCTGTA
GTTACAGGCC CATGTGACCA GAGTGAAAGC AATGTAATGG TTAATGTAAA CAACGCTATT
GAAATCGATA TAACCTGTCC TGACTGTTGT GTATACTATG TAACAGGAAC CAAAGCACCT
ATAAGAGGTA CTTTAACAGG ATGCTTGGTA GATGAAAGAG TAGGGGGCGT AAAAATATAC
ACCCCAAGTG GCGAACTTAT TGGGGACGTA TCCAATGAAA CTTTCAGATA TATCGGTGAC
GGTACATGGG AGTGGGGACT TTGCTTTAAC CCATGTGAAT TGAATAATGC ATCAACACAG
ATTCGTGCTG AAGCAGATTA CTATTGTGGA AATACAATAA CAACAATAAC AACAGAATAC
GAATGCATGC AATATGACCC TGATCTTGTA GTATTGGATA TTACTAGTCC AGGAGTTGAA
CCTACAGTTG CAGGAACTAT TACGATAGAA GGTACTGTAC AATGCATGTG CTTAGATTAC
TTAGAATTCG AATACAGAGA AATATGCGAA CCTACTGGAG AGCCTATTGG AGACTGGACT
AATTTCCCAG ATGTCAGTAC GATATACCTG CCTATAACAT GCGACTGTGA AGGTATGATA
TGGACAATCG ATCTCAACAC TTGCGGAATG GACGGACTCT ATGAAATAAA GGCTTCAGCA
TACGGCTGGC CATGTGAAGG CGCAATCGCA TCAGACATGA GCATGATTGA TGTGGATAAC
ACCTTTGGAA TTACATTAAC AACCCCTGCA ATAAATTCAG GAGTTAAAAA TGGTACAATA
GAAGTTGGAG GTACGGTTGA AAACTGCCCT GTAATTGATA CTATCGAATT ATGGTATATT
GATCAGGGAA TTCCAAATAT GATTACAGAT GAAATTACCT GTAGTGATGG TCTTTGGAAC
TACATGTGGG ATACCACAAC TATGGAAGAT GGATGCTACT GCATTGTTGC TTACGCATAT
GATGACGATT GTGGCAGCAT GGAAGCAACC AAAACAAGAG CCGTATGTAT CAATAATAGT
GGAATACCTG CAGAAATTAA TGAAACAAAC ACTACGATAG ACAGAGAATG TGTATCAATA
CTTACTGCAT GCTACTTACC ATGCACTACC CTATACGTAA CATTTAATGA TACAGTAAGC
ATTAACGATT CCTACGAGCC TTATGCTGAC CCATTGGCTG GATTTGATAT ATCTGGTGGA
AGCTTTGGTA CAGGCGCTTG GATGGAAGAA GATGGCACAA ATGACCATAG AATTATAGTA
CACTTGGGTA CCGGCCACAC AATTGCTTCG GGAACAAGTG GAATATCAAT CAAAATAAAT
CAAACTGCAA TACTTGGCCC ACACGGCTTC CCAATAGTGG ATTGCAGTGC ATTATTGAAA
GGAATTTCAA TACCTGAAAG TTCAGGAACA TCCGAAAGTT CAGGAACAAT TGAACTTGAA
AACATGAAAA TGTTCTCTGT ACCTGGAAAA GTAGATACTG AACAGATGAT TATCGATGCA
GGCATTGCAG AAGGTTCCTT TGTAAAATAC ACAAACGGAA GATGGGAACA AGTTACAGAA
TTCCAACCAT TGGAAGGTTA TGTATACATT GGTACCTTTG AAGGCAGTAT GCCGATATAC
ATAGAAGACT TATTACCTAC CGACACCCCA CCCGAAATAC AGTTAGCTTC AGGATGGAAT
TTAGTCGGTG TAAATACATA CGGTGGATCA TTAGATCATG TAGCATGTGA AGATTTCATT
GGAACGGCAC CAATTAGCAA ATTGCTAGAA TTCAGTTCCA GTGGATGGCT AAAACTCAGC
GGAAGCGACC CACTTGAACC AACAAATGCA TATTGGGCAT ATGCAGACTC AAGCTGTAGC
TTTGCTGGAC AGTAA
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| Protein sequence | MNKKSGQALF LVLVMVLSNM GGVIALEPTT LDTCTCNGDS GSGTIIMDCN CTDDRCFNIS
IISPECASTW CDEVPINGTI VPCVDDELGC ADYIKVYYKK LSDYCCDCEC GNPEAYEECG
WSVVGTDDSL EGECPALWSL DWPICCETDG CYVLRAVLYD GCDMQVGCPS EPVYICFDKG
VAVCLDLPAS LSCGGTIEGC LNESCDCVDY ILITANYTGE GSCLRCPQED CMPTMTYIVD
REDFGNAMCC DYTFDVLFNN LYCGGCYEIT ATPYADCTDD CMYNGVQIGE KYVGYLEIIR
EDVCFEIECP APVTPECGMT LCGPITFSGI LNDPCNAAQC IEFYAVKTGN FTLCDGACCA
PTCNACDGEI VTLDLELQDL PENICPNCGA EMDPIICGAC GGIVTGYSCP NCGYPSNEDI
GTGVPECICG IPEDHDNYIC KCALYDMEYL GCTYATMPNW TFTTNEFCDF DSGCYEVYAV
VIDKCECYYE YRYDTVEFAY CNERNLTIEL EDCVYEDCWM GDNCYKVYDI QSGTVTAYGD
ITVPTCWIDY PDYVALEYDF GEKVYDKCSW HIEWDDKWKD ASCTDGSITW TYEGACLKSG
TWETDWCTPE DIQNEEGKYV RIRGVATGGC GEFESEPIGT SIYNEFDVNI IDPCEGNTIY
NGKVIRGFVW VDTDCCGWWC WPGCNNWPDE DEVCLPDHVD LYWREYGTEN WLPMDSAFLS
WKNSEQYIDF TDYGIDPLYP NLPDFRWCDN YAYWDVTWTS CMVNCIDNGH YEIKAVVEPC
ENDECGDFER AEYIIDIYVD DTSGVTISKP IDGQTVCDNF WVYGTAVGAG VSNVDFYVSE
DNSSWTLYKE DIDVNVEDGR WKAALNTCCF EDGPLYLKAV VTGPCDQSES NVMVNVNNAI
EIDITCPDCC VYYVTGTKAP IRGTLTGCLV DERVGGVKIY TPSGELIGDV SNETFRYIGD
GTWEWGLCFN PCELNNASTQ IRAEADYYCG NTITTITTEY ECMQYDPDLV VLDITSPGVE
PTVAGTITIE GTVQCMCLDY LEFEYREICE PTGEPIGDWT NFPDVSTIYL PITCDCEGMI
WTIDLNTCGM DGLYEIKASA YGWPCEGAIA SDMSMIDVDN TFGITLTTPA INSGVKNGTI
EVGGTVENCP VIDTIELWYI DQGIPNMITD EITCSDGLWN YMWDTTTMED GCYCIVAYAY
DDDCGSMEAT KTRAVCINNS GIPAEINETN TTIDRECVSI LTACYLPCTT LYVTFNDTVS
INDSYEPYAD PLAGFDISGG SFGTGAWMEE DGTNDHRIIV HLGTGHTIAS GTSGISIKIN
QTAILGPHGF PIVDCSALLK GISIPESSGT SESSGTIELE NMKMFSVPGK VDTEQMIIDA
GIAEGSFVKY TNGRWEQVTE FQPLEGYVYI GTFEGSMPIY IEDLLPTDTP PEIQLASGWN
LVGVNTYGGS LDHVACEDFI GTAPISKLLE FSSSGWLKLS GSDPLEPTNA YWAYADSSCS
FAGQ
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