| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_1841 |
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| Symbol | |
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| ID | 4929365 |
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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_009136 |
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| Strand | - |
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| Start bp | 794 |
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| End bp | 3406 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640167357 |
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| Product | hypothetical protein |
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| Protein accession | YP_001098347 |
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| Protein GI | 134046900 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.980992 |
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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 | GTGGTTAAAC AACATGATAC CAGTATATCC ACCACACCGA AAAATGAGTT ATTTTTAAAA
GGTGAAAAGG ATATCCCAGA ATTTATATCA TCCCAATGTT ACGAAAAAAC TATTATTTTT
GACCCCGCGG AATATTGCAA AGTTTACAAG CAGGATTTAA AAGAATTCAT TGATTATTAC
GAGAATATAT TTTCAATTTT AACAACTGCA ATTCAAAAAG GTATTTTTGA AGGTTATAAA
AAAGGTTTTC CAGAATTTGA CATAAATTCT AATGATGCCG AGATAAAGAA AAAATCTGAG
GACATTAAAA AGGAAATAAA CGAAAAAATA ATTTTAATAA ATGGAATAAA AGGGGATTAT
GAAGTATTTA ATAAAACACT TCATAAAGAA TCAAGATATA ATGTAAAAAC CGAAGAACTA
AGAACCAGAT ACAAAAATTT AGATGAAAAA TTAGATTATA TAGATAGGTC GAGCAATACC
CACAAGATAA GGGAAATAAA AGCGTTAAAA ATGATATTAC GGAAAACAGG AAATAAATTT
ATCTTAGAAT TGTGTGAAAC ACATAATATC ATTGATTATA TCTCACAAAC CACACAGGAA
GAATATTTGA TGTCTACAAA GAACGAGATG ATATTGTTCA CATTTAAAAA TATCTCTAAA
ATCCACGATA TATATTTAAA CAAAAAATAT TACTCCCTTA AAGAAGTAAC CGCCGTAATA
GGCAATAAAA TTATATCTAA AGATATACAG TTGGATAAAG TGAAGGATAT TTTAGAATAT
ATATCCACTG ATGCGGTTAA AAAATACATT AAAAAGGATT TTGAGATAAT AGATATTGTT
AAGGACATTA TTAAAAACGC TGTTGAGAAA ATAGAGATTA AATCAAGTTT ATTAGTATTA
ACAGAACATG AAAATAAAAT AATATTTCCA AATGTAGAAC CCGCACCAAA CATATTTAAA
TCAAGGTCTT TACCAACACC CGCAGACATT CAAAAGACTT TAAAAGAGTT AAAAGTAGAA
AATAAAGAAA AAATATTAAT GGAATTGTCA AAATTTGATA AAGACCATAA TATTTTAACT
GAAGCTTACT TTATGGGAAC CTTATTAGTA AATATCTTGA AATATGAAGT TACACCCCAA
TTAATATTAT ATGGTGAAGC AAAACACGGA AAAACGACAC TCGCACGTTA TTTTAATTTT
ACAGAAGTTA AAACGAAAGA ACCCACAGAG CCACAATTAT TTAGAACGTG TGCGGGGTAC
GGTTGCGGGT ATAACCTGTT TGATGAACCT TCAAGATTCA GAAGAACAAT AAGCGACATG
ATAAAAGACG GTGCAACAGC CCCCGAGTTT AAACAATCCT ACGGGCGGGA AAATGAAACG
ATTCTGTTTA AAATAGGGCA TATAATAACC TGTAATCACC CATATTCTAT TAACTTTGAA
AATGAAGACG ATATCAAAGC ATTTTTAAGG CGGTGCATTA CCCTGCGGAT TAATGAGAAA
ACAGACAATA TACCACGGGA AATAATAGAA AATAGTTTGG AATATTTAAA AAATAATACA
TTAGAACTTA AAAAAATATT TATTGATTAC GTAATGAGTT TAACACCTTC AGAAGTTAAA
ACAAAATATG AAAACACATT GGAAAGGGAA GCACAATTTA AATTTATTAG ATTTTCATTA
ATGCTATTAA AAGAATTCTA TGATTCAAAT AATATTAATG TTTTGAGTTA TGAAAGAGTA
GAGAACATCA TTTCAAGGTT AAAAGACAAT GAAAAAGAGT TTGAAACAGA CATAATAAAC
GATGAAACCA TAATGGAGAT AATAGAAGAA ATAATTTATA ACGACTTTAT GAAAATAGCA
ACAATGCCCG ATAAAAGCCC CGATAAGGCA ATAATGCCTG AAACATTAAA TAAATATTCA
GTACAATTAT TTAATTTAAA CAAATATACG GTGTTTCATA CTGGAAATAC TAAGAGAATC
TTTTTAAATC AATCTGGATT AAATAACTTA CTCCCTAAAC TCAAAGAAAA GGGTATAAAT
TACCCTAATA AAATGAAGCT AAAAACATTC TTAGAAAAAA TACAGAAGAA AGGATATAAC
GCGGAAATAG GAAAAACAAG AATAGGTGCG GAAGCTAACG CAGTAAAAGA CGGTTTGAAA
ATTGATATTA TATTGGACCA CAATATTTTA AAAGAACACC CCGAAGTATT AAGCGACATT
AAAACAATTG CGATTCAAAA CGCGGGGAAT ATAGACACAG AAGAACTATT GAATAACCAC
GAAGAAACGA AAGTAAAAGA TACTTTAAAA ATACTCCAAA CTTTGAAAAT AGCGACATTT
GAAAACGATA TGTATATAAT AACAAATCTC GACCAATTAA GCGATATTGT CGAAAGCATA
GAAAAACCCG CCCCAAAATA CACGAAACGC GACCAAATAT TAGATACTTT AAAAATACTG
TATGATATAA ACGATAAAGG ATTAATAAGC TTTGATTTAT TAATGGAACA TTTAAAAGAC
CACGAACCAG ACGAAACAAG AAAAATATTA ACTAATTTAA AATGGAATGG GGAAATAGAC
GAACCAAAAA CAGGTAAATT CAGAATAATT TAA
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| Protein sequence | MVKQHDTSIS TTPKNELFLK GEKDIPEFIS SQCYEKTIIF DPAEYCKVYK QDLKEFIDYY
ENIFSILTTA IQKGIFEGYK KGFPEFDINS NDAEIKKKSE DIKKEINEKI ILINGIKGDY
EVFNKTLHKE SRYNVKTEEL RTRYKNLDEK LDYIDRSSNT HKIREIKALK MILRKTGNKF
ILELCETHNI IDYISQTTQE EYLMSTKNEM ILFTFKNISK IHDIYLNKKY YSLKEVTAVI
GNKIISKDIQ LDKVKDILEY ISTDAVKKYI KKDFEIIDIV KDIIKNAVEK IEIKSSLLVL
TEHENKIIFP NVEPAPNIFK SRSLPTPADI QKTLKELKVE NKEKILMELS KFDKDHNILT
EAYFMGTLLV NILKYEVTPQ LILYGEAKHG KTTLARYFNF TEVKTKEPTE PQLFRTCAGY
GCGYNLFDEP SRFRRTISDM IKDGATAPEF KQSYGRENET ILFKIGHIIT CNHPYSINFE
NEDDIKAFLR RCITLRINEK TDNIPREIIE NSLEYLKNNT LELKKIFIDY VMSLTPSEVK
TKYENTLERE AQFKFIRFSL MLLKEFYDSN NINVLSYERV ENIISRLKDN EKEFETDIIN
DETIMEIIEE IIYNDFMKIA TMPDKSPDKA IMPETLNKYS VQLFNLNKYT VFHTGNTKRI
FLNQSGLNNL LPKLKEKGIN YPNKMKLKTF LEKIQKKGYN AEIGKTRIGA EANAVKDGLK
IDIILDHNIL KEHPEVLSDI KTIAIQNAGN IDTEELLNNH EETKVKDTLK ILQTLKIATF
ENDMYIITNL DQLSDIVESI EKPAPKYTKR DQILDTLKIL YDINDKGLIS FDLLMEHLKD
HEPDETRKIL TNLKWNGEID EPKTGKFRII
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