| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0602 |
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| Symbol | |
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| ID | 5710240 |
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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 | 632916 |
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| End bp | 635486 |
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| Gene Length | 2571 bp |
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| Protein Length | 856 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641275103 |
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| Product | glycosyl hydrolase 38 protein |
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| Protein accession | YP_001540433 |
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| Protein GI | 159041181 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0383] Alpha-mannosidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | 49 |
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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 | ATGCGTAACA TTGATGCCTG GGTTAAGCCC ACTGGTTTCA TTACTAAGAG TGGTTTAAGG
GGTCTTTTAA TATACGTTAG GAACAAGTCA CCTTACCAAG TTAAGTTCAC TGTTAATGAC
CGTGAATTCA CTGCTGGTTC AGGGTTAAAC TGGTTCCTTA CTGAGGTTAA GCCCAATGAA
TCTATTGAGG TTAAGTTCGA GACAGGTGAA TCCTATTCAT TTAAGCCTAA TTTTCAGGAG
CCTAGGAAGT TTAGGGTTCA TATTGCTCCA ACCGTCCATA CAGACTACGG TTATACTGAT
GTTCAATCTA GGGTTGAGGA GATCCACAGG GGTAACATGG ATGTTGCCCT TAAAATATCC
TCTAGGGGTG GTAAATTCGT CATTGAGGTT ACTGAGCAAC CCTTCGGTAG GATTATGGAG
CTTCTGGACG CTAATAGGAG GGGCCTCATA GGTGTTCAAG CCTTCCCATT AAACGTATTA
ACCGGGTTAT GTAATCATGA GGAGTTGATT AGGTTATTTT ACGGTGTTAG GGATTTAAGG
AGAGCGGGTT TCAGTATTGA GACGGCTGCC TTAAATGATA TACCAAGCGC AGTGTACGCG
TTACCAAGTG TCCTGGCTTC ATGCGGCATT AAGTATTATA TTCAGGGCGC TAATCCAGAT
AGGGGACCAT TGCATAAGTT GAATACTTGG CTTAAGTCAC CCTTCAAGTG GATTGGACCT
GATGGTAATG GGGTATTGGC ATGGTTTAGC GGTGGTTACG GGGGCTTAAT ACCAGGTTTC
CATGGTTACC ACCAGGGTTG GTCAGCGGGC TTATTAATAA GCCTGGATAG AGCTGAGGCT
GGTTTAGCAC ACTTCCTAAC GACACTTGAG GAGAGGGGTT ACCAGTATGA GAATGTTCTA
CTCTACGGAA TGTTCATTGA TAATTGGCCT GCGTCGGATA GGTTCATTGA CGTTGTGAGG
GAGTTTAATG AGAAGTGGGA GAACCCCCAG TTAATAATCT CTACTACAGA TGACTTCTTC
CATGAGATTG AACGCGAGGT TAACGGTAAG ATCAATAGTA TTAAGGGTAG TTTCGGAGCC
TACTGGGAGG ATGGGGCAGC TTCAACGGCT AGGGAGTTGG CTGCATTAAG GCTGGCTAAG
AAGCTTCTGT ATTTTGCTGA AGTCGCCTAC GCTTTCGATT ACATTAAGGG CTTAAGGTAT
CCTAAAGGGG ATATTGATGA GGCTTGGAGA AGCGTAATTT ACTTTGATGA GCATACGTGG
GGTGCATGGA ATTCAGTCAG TGATCCCTAT AATCCAAGTG TCCTAGAGCA GTGGCGTATT
AAGGCTGGTT TCGCTGATAA GGCCCTTAAT AAGGCTATGG AGTTGACTAG GGGTGATTAC
GTCAGTAATC CATATCCATT CACGGTCAGC GGCATTATTG AGAATACTTA CGTTGAGTTA
CCGTCAATGG CCTCAAGACC ATTCATCAGG AAGCCCCTAG TGAGGAGGAG TGTTGAGTCT
AAGAATTTAT TAATTGAATC ACCCTACTAT AAGGTCACTA TTAAGGATGG TAAGGTAGTT
AGTGTCATTG ATAAGGAGCT TAACGTTGAG TTAATAGACT CCTCAAAATA CACGCTCGAT
GAATACCTCT ACGTACTTGG GGGTAAGGGA ACTAGTATGG AGAGGACTAT ATTGAATTAC
CTCTATGAAG GTGAACCCAC TGGTCCAGTC TTCAGTATTA TTAGGGAGTA TTCAAGCAGG
GTTACTGGGG TTTATGAAAA TGATGATGTG GTTACCGTGG TTATTGAGTC TGATAGTTAC
CTTAGTAAGA TTAGGAAGGA GATTACTCTA CCTAAGGCCC GCAGGGAGTT GATTATTAGG
AATACTGTGG ATAAGTCTGA GAATTACGAT AAGGAGGGTG TTTACTTCGC CTTTCCATTC
AACCTAAGTA AACCCAGAGT GCTTATTGAG GAGCCTGGAG CCTTCATTGA CGTGGAGAAT
GAACTCATTG AGGGTGGGTG CGCCAATTGG TTTGCGGCAA ATAACATTGT TTTACTTAAG
GGTGAATTCG ACATAGCCTT CTACACTGAG GAGGCTCCAT TAGTAACCAT TGGCAGTATC
TTCGATGGTG TATGGAGGGG TAGTGTTAAA GTGAATAATG GCTTATTATT CTCCTACGTA
ATGAATAATT ACTGGCATAC TAATTACAAG GCTGCTCAAG GGGGTTCATT CACCTTCACC
TATAGGTTAA CGAGTAGTAG AGCCATTAAA CCAAGCCAAG CCCACAGATT CTTCTCATCA
CCGGTAATTG GAAGAGCCAT AAATGGTGAC TTAACAATAG ATCCACCTGA GGTGGTGGTG
ACTACGGTTA AGAAGTGGGA TTTAGGTGAT GGTGTTGTTT TAAGGTTACT TGAGGTTGAT
GGTGAAGCCA AATCATTAAC CATAAGGTCA AGAACCCTAA ACGGCTACAA GGCATACTTA
GCAAACCCAC TTGAGGAACC CATTGAGGAA CTTGGTGAAT TCACTAACGG TGAATTAAAG
GTAAGTGTTA AGCCAAGGTC ATATTTAACC ATAGTGGTGA AGAGGAGTTA A
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| Protein sequence | MRNIDAWVKP TGFITKSGLR GLLIYVRNKS PYQVKFTVND REFTAGSGLN WFLTEVKPNE
SIEVKFETGE SYSFKPNFQE PRKFRVHIAP TVHTDYGYTD VQSRVEEIHR GNMDVALKIS
SRGGKFVIEV TEQPFGRIME LLDANRRGLI GVQAFPLNVL TGLCNHEELI RLFYGVRDLR
RAGFSIETAA LNDIPSAVYA LPSVLASCGI KYYIQGANPD RGPLHKLNTW LKSPFKWIGP
DGNGVLAWFS GGYGGLIPGF HGYHQGWSAG LLISLDRAEA GLAHFLTTLE ERGYQYENVL
LYGMFIDNWP ASDRFIDVVR EFNEKWENPQ LIISTTDDFF HEIEREVNGK INSIKGSFGA
YWEDGAASTA RELAALRLAK KLLYFAEVAY AFDYIKGLRY PKGDIDEAWR SVIYFDEHTW
GAWNSVSDPY NPSVLEQWRI KAGFADKALN KAMELTRGDY VSNPYPFTVS GIIENTYVEL
PSMASRPFIR KPLVRRSVES KNLLIESPYY KVTIKDGKVV SVIDKELNVE LIDSSKYTLD
EYLYVLGGKG TSMERTILNY LYEGEPTGPV FSIIREYSSR VTGVYENDDV VTVVIESDSY
LSKIRKEITL PKARRELIIR NTVDKSENYD KEGVYFAFPF NLSKPRVLIE EPGAFIDVEN
ELIEGGCANW FAANNIVLLK GEFDIAFYTE EAPLVTIGSI FDGVWRGSVK VNNGLLFSYV
MNNYWHTNYK AAQGGSFTFT YRLTSSRAIK PSQAHRFFSS PVIGRAINGD LTIDPPEVVV
TTVKKWDLGD GVVLRLLEVD GEAKSLTIRS RTLNGYKAYL ANPLEEPIEE LGEFTNGELK
VSVKPRSYLT IVVKRS
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