| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0161 |
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| Symbol | |
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| ID | 5709327 |
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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 | Caldivirga maquilingensis IC-167 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009954 |
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| Strand | - |
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| Start bp | 187830 |
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| End bp | 190634 |
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| Gene Length | 2805 bp |
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| Protein Length | 934 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 641274664 |
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| Product | hypothetical protein |
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| Protein accession | YP_001540000 |
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| Protein GI | 159040748 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1033] Predicted exporters of the RND superfamily |
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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 | 15 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.703618 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGGGAAA ACTATTTATT AGCGATGCAT TACAAGCGCT GGTGTTTCAA TACTCATAGA
ATTGCATTAA GCGTAGTGAT TGTGACGGCT TGGATTACGC TCATACTAGC TCTAGCTCCC
TATGCTCCAT CCGCATTTAA GATACTGGTT TACAGTGATA GTAAGGTGCT TCCACCTTGG
ACGGAGGCGT CATTAGCCTC CAGTATAGTT AATAGGTATT TAGGGAACCA AGTAGGCTTA
GTTGTGATAC CGGTTTACGT AGGTAATATT AATAATTCAC GTTACGTACT CAGCACTATT
GATGATGAAT TAAGGTCTCT TAACTTAACT TACTATGATT TAAACAGTAT TTATGATAAA
GTTATCAACC GTTACTACGC CATTACCAAT GAGACAGTGA AGGAGTATTT AAGCAACTAC
ACCGGTATTA TACGAGGAAT TTACGCTAAT GAATCATTAT TATGCAGTGA ACTGTATAGT
ATTAGTAATG AATACTACTC CACACTTAAT AATTACACAT TAACAATAAG GGAATTCAGC
GGCTTCTTCA CATTATTCAT GAAGGCCTTC TTCACAAACT TATCCACCGT GGATTACTCA
TACTCAGTAT GGCAGGTTAT AAATGAGACC GGGCAAAGCC TACTTAATAA TGGTAATTAC
TCAAGTTGGC TTAAGCCATA CTTACTATAC TTCATTAAGT CATTGAACGA CTCAGTGGGT
AGCCTGCCTA TTTACGGCTT AAACATAAGC TTGATTAAGG AGTCTCTCTC ATCATCATAC
TACTCAACGC TGATTAAGAT AAATAATACC TATGTACCAA TATTGAGGAA TTTAACTAAG
AGTAATCCAC TGGCTTTACC CATGATTGCC CTGGGTCCTA ATCCCCCAAG AACCCTTACC
GCTAAGTTAG TGGCTTCATG GTTCATTAAC TCAACACCAC CACTGCTTAA ACCATACCTA
ATTCAATTAG CGTGCACCAA TGAGTCTCAG GTAAACACGA CAATTAGTGA GCTTAACTCA
TCATTAAGCT TCGTGGTCTC ATCAATATAC AAGAAGCCAG CCTACTCTTA TGCAAATAAC
ATTACCAATG GTTCACTATA CTCAAATGGA TATGCCTTGG TTATAGTTAA CTCCACTAAT
GATTTAGAGA TTAATAACTT ATTCACTAAT TATGATTATG TTTACCCATT CTCAACCAAC
ATAGTTCTAA GTCAATTATC GGAAATAATA GAGAAGGATG TGCCGATGAT TGATGAAGTC
AGTGGCGCCT CAGTACTATT AATGCTACTC TTCGTATTAG GTACATTAGT GGCGCCTATA
ATCATATTAA TAATGCTCAT CCTATCCTAC GGTGCGGTAC TTGGGGTCGT TTACTTCCTT
GGTAAAATGG GGTTAACGGT ATACTACCTA ACAGTCTACA TGATATCACC CATAGTTTTC
GGCATTGGGG TTGACTACAG CCTACTTGTT ATTGGAAGAT ACCTAGAGGA GAGGAGAAAA
GGTTTCAATA CGTCACAGGC CTTAGAGACT ATAATGCGTT TCACGATACC AACCATACTA
ACCTCAGGTA GCGTTGTAGC AGCTGGCTTA GGCTCATTCG TAGTCTCCAA TTACCAGTAT
ATTCAAGTAA TTGGCTTATC ATACATAGTT ACGGTCGCCT TCGTCATACT TGCAACAACA
GTGGTTTTAC CATCATTAAT AACGTTAATG AATGATAGGA TTCTATGGCC AATGGGCCTT
AAATCATCTA CGAGGGAATT AAGCACAAGG GTAATTATTA AATTAACCAG GTTCTCACTG
AGGAGACCTT GGTTAATCAT TGCAATTGCC CTAATACCTA CTGTCCTCTC GGTTCTCTTC
ATTATTAGGA ACCCAGTTAC CTCGAACCCC CTCCTACTGA TGCCTAACGT TAAGTCAGTT
TACGCATACA GGATCCTGCA GCATTACTTC CCTAATTACG TTAAATCAAC GCAATACGTG
ATCCTTGAAC CTAATAATGC TGAAGCCTTA CAATCATTGG AAAACGCCAT TAGTTCCCTC
AACTTCACCA TGAGCGTTAA CTTGGCTTAT AATTCATCAT CAATCGCCAT ACTTAAGGTA
ACCACAAGCT ACAATGCCCT CTCAGACAAG TTGATACCAG TTTACGTGAG GCTCACAAGC
CTAGCGAACC AGGTAGCTAG TGAATACGGT GTTAAGGTAA TTGTTGGTGG TGATGCTGCA
AATAAGTACT ACTTCGTTAA GGTTTTTGAG GATCAATTCT ACTATAAGAT AAGTATACTG
ATAATAGCAT TAAACATACT ACTGCTCTCC CTAGCCTTAA GGAGCCTGGT GGTTCCCTTA
AGGCTACTGG CCACGGTAAT GATTAGCATC TCCTGGTCAC TTGCAGTAAG TCAATTAATA
TTCTATAAGC TACTTGGAGT TGAGACCTAC TGGCTACTGC CGATAATACT CTTCGCGCTC
CTTACAAGCG TCGGCACTGA TTACGACATA TTCATAGTAA CGAGGGTTAG GGAGGAGGTT
ATTAAGGGTA AGAGTGACCC GGAGGCAATA TTGACTGCTA TTGAGAATAC TGGCCCAATA
GTTACTGGGG CAGCCTTAGT GTTGGCGATA GCCTTCATGA GCCTCATGGT TTCGCAACTA
TATATACTTA GGGAAATAGG GTTCACGGTT GGTTTAAGTG TCTTAATGGA CGCATTCCTA
ATAAGGCCAG CTGTAATGCC TGCAATAATG GTTCTAGCGG GTAAGTATAA TTGGTGGCCA
TCAAGGATAA GCAGTGATCA AAGGGCAGTA ATACCAGTTC AATAA
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| Protein sequence | MRENYLLAMH YKRWCFNTHR IALSVVIVTA WITLILALAP YAPSAFKILV YSDSKVLPPW
TEASLASSIV NRYLGNQVGL VVIPVYVGNI NNSRYVLSTI DDELRSLNLT YYDLNSIYDK
VINRYYAITN ETVKEYLSNY TGIIRGIYAN ESLLCSELYS ISNEYYSTLN NYTLTIREFS
GFFTLFMKAF FTNLSTVDYS YSVWQVINET GQSLLNNGNY SSWLKPYLLY FIKSLNDSVG
SLPIYGLNIS LIKESLSSSY YSTLIKINNT YVPILRNLTK SNPLALPMIA LGPNPPRTLT
AKLVASWFIN STPPLLKPYL IQLACTNESQ VNTTISELNS SLSFVVSSIY KKPAYSYANN
ITNGSLYSNG YALVIVNSTN DLEINNLFTN YDYVYPFSTN IVLSQLSEII EKDVPMIDEV
SGASVLLMLL FVLGTLVAPI IILIMLILSY GAVLGVVYFL GKMGLTVYYL TVYMISPIVF
GIGVDYSLLV IGRYLEERRK GFNTSQALET IMRFTIPTIL TSGSVVAAGL GSFVVSNYQY
IQVIGLSYIV TVAFVILATT VVLPSLITLM NDRILWPMGL KSSTRELSTR VIIKLTRFSL
RRPWLIIAIA LIPTVLSVLF IIRNPVTSNP LLLMPNVKSV YAYRILQHYF PNYVKSTQYV
ILEPNNAEAL QSLENAISSL NFTMSVNLAY NSSSIAILKV TTSYNALSDK LIPVYVRLTS
LANQVASEYG VKVIVGGDAA NKYYFVKVFE DQFYYKISIL IIALNILLLS LALRSLVVPL
RLLATVMISI SWSLAVSQLI FYKLLGVETY WLLPIILFAL LTSVGTDYDI FIVTRVREEV
IKGKSDPEAI LTAIENTGPI VTGAALVLAI AFMSLMVSQL YILREIGFTV GLSVLMDAFL
IRPAVMPAIM VLAGKYNWWP SRISSDQRAV IPVQ
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