| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0915 |
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| Symbol | |
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| ID | 5708749 |
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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 | 958675 |
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| End bp | 961659 |
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| Gene Length | 2985 bp |
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| Protein Length | 994 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641275417 |
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| Product | hypothetical protein |
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| Protein accession | YP_001540738 |
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| Protein GI | 159041486 |
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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 | 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 | 52 |
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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 | ATGCCTAATG AACTAAGTGT CGAGTATTTC ATTAACCCAT CCATTGAGTT TAGGGGTGTT
CCTTTTTGGT CTATTAATGA TAGGCTTAAT GTTGATGAGT TGATTAGGCA GATTAGGTTG
ATTAAGGATG CTGGCTTTGG TGGTGTGTTT TTTCATGCTA GGGAGGGTTT ACTAACACCA
TTCCTAAGCA ATGAATGGTT TAAGGCACTT AAGGCCGTTG TTGAGGAGGC TGCTAGGATT
GGGGTCAAGG TTTGGCTTTA CGATGAGGAT AGGTGGCCCT CAGGCTTCGC CGGTGGTCAT
GTACCAGCCC TCGGACCTGA GTATAGGGCT AAGGCCCTTA TACTGTTCAT ACACAACATG
GCTCTAGTGG GCCCTGAAAC AGTGGCGTCG TTCAGGTGCA GTTTGAGTAA TGACTTATTG
CCCAGTGATT GTGTTAGGGT TAGTAGTAGT GAGGCGTTGG ATGGTTACAT TTACTTAAAC
TTCATTGAGT ACACCGCGCC ATCAAGTAAC TTTAGGTTTA ATGGATTCAA TTACGTTGAT
CTACTTAATC CAAGGGTCAC TGATGAATTC ATAAGAACTG CCTATGAACC ATACGTTAGG
GAGCTTAAGG AACATATAGG TAACGTAGTG CCCGGCATAT TCACAGATGA ACCCAATTTA
AATGAATCAA GACCACCGAG GAGGCAAGTA CCCCTAAGGC ATTCACTATA CTCAACATAC
GCAATACCCT GGACGAGTAA TTTCCCTGAT TATTTTAAGG GGGTTAATGG TTATGATATT
GTTGATAAGT TACCTGAATT ATTCTTCAAC ATGGGTTCCT TCACTAAGAC TAGGTATGAT
TACTGGAGGA CTGTGACCAT GCTTTTCGTT GAGTCTTATA GTAGGAGGAT TTACCAGTGG
TGTGATGCTA ATGGTTTAAG GTTCACTGGT CATTACCTTG GTGAGGATAC ACTCCTCTCC
CAATTAACCG TTGGTGCTGT TATGCCTCAC TACGAGTACA TGCATATTCC CGGCATGGAT
CACTTAGGCT TAAGGATATG GGATATGCTC CTAACGGCTA AACAGGTGGC TAGTGTTGCT
GATCAATTGG GTAAGGGGAG GGTTCTCAGT GAAACCTACG GTGCCACTGG GCATCACCCA
ACATTCGAGG ATAGGAAGTG GATTGGGGAC TTCCTATACG CCCTAGGCAT TAACCTACTC
AACCACCACC TAATCCCCTA CTCCCTGAGG GGTAGGAGGA AGCATGATTA CGGTTTAACA
ATACATTGGA GTCAACCATG GTGGCGGTAT AATAGGATTA TTGAGGATTA CTTCGCTAGG
CTTAGTTACG TACTATCACA GGGGGTTAGG TTAGTGGATG TATTAATCCT ACACCCAATT
GGCAGTGTTT GGGCAACCTA CACGCCGGTT AATGAGTCTG AGGCTGCTGC TATTAATGAA
TCATTCATGA GGATTCTTAG GGAGTTCACG AGAATGCATG TGGATTTCGA GCTTGGTGAT
GAGTTAATAA TGGCTAAGCA TGCTGCAGTT GAAGGTAGTT TACTCAAGGT GGGTAGGGTG
GGGTATAGGG TGGTTGTGAT ACCTCCAAGC ATAACACTAG CCTCAAGCAC AATTAAACTC
CTCAGTGATT TTATTAATAA TGGTGGATTA GTAATAGCCA TTAAACCACT CCCAGCAATG
ATTGATGGCG TGGAGACGCC TAGTATTAAT GAATTCCTCA GTAGAGTTAA GGTTATTGAT
GATGTGGGTA AGCTTAATGA AGCCTTAGCC AGCGTTGAGA GGAGTATTAT TGTTAATAGT
CCAAGTGACA GTGATGGTGA TGTACTGACG CATGTTAGGG AGATTGGGGA TTCATTAGTT
GTATTCATTG TTAATACAAG TAGGGTTAAG GGGCATGAGG TTGAGGTTGG TTTAAAGGGT
TCATTTAAGG TTGAGGAATG GGATCCGTTA AAAGGCAGTA TCAGTGACTA CCCAGCCTCA
TTAAGGGATA GGTGGACGTG GATTAGGGTT AACCTTAACC CAGTTGATTC AAAACTACTC
ATACTTAAAC CAGGTAAACC AATAATTGAG CAGAGTATTA ACTATGTTAA GGTTAGCGAG
ATTGAGTTAA GTGATGGCTG GGTTATACAT AGACTCAACC CAAATGTACT AGTTCTGGAT
TATGCAATGT TAATGCGTAG TGATGGTTCA TGGAGTGGAT TAATGCCGAT CCCAAGGATT
GCAAGCGAAC TTATCAACAT GGGCTTTGGC TCCAGGTACA CTCTTAAATT CACATTTAAC
GTATTAAGTA AACCTAAGGG TATTGTTAAA TTAGTTATTG AGGGTACTGA ATTATTAAAC
GCGGTCTCAG TTAATGGTAC CGGCATTGAT TTAAGTAAGC CCATTGGTCA ATGGCTTGAC
TGGAACTTCA AGATGTATGA TATATCAGAA TTAATTAAGG AGGGGGTTAA TGAAATTGTT
ATTAGTGGTA GGGTTGGCTT AGAGCCATAT ACTATTAACC CAATATACAT CCTCGGCGAC
TTCACAGTCG AGTTAAGGCC AAGGGCTCAA TCATCATTAT CAGGGTGGGA ACCAGAAACA
GTTAAGTTAG GTGATTTAAC GAGACAAGGC TACCCATTTT ACGGCGGTTC AGTTGAGTTA
ACGAGGAGCT TTAGAATACC TGACCAGTTC GATGATGCTC ACTTGATTTT AAGATTCAAT
GCTGCATTAG CCCTTGTCAG TATAAACGAT TCAGACGCCG GATTCCTAAT AAACAGTACC
GGTGAAATCA ACATAACACG CTTCATAAGG CCTGGTGAAA ATAAGATTAA GGTAACCCTA
GTGGGTACGT TGGGTAATGT ACTGGGTCCA TTACATGATA AGGGTGATTT AACGTATGTA
AGGCCTGAAT CATTCATGGT CATTGGCAGT GATTGGACTG ATGACTACGT GTTAAGACCG
TTCGGTCTTA GTGAAGCCAA GATAACACTA CTTAAACGCA GGTGA
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| Protein sequence | MPNELSVEYF INPSIEFRGV PFWSINDRLN VDELIRQIRL IKDAGFGGVF FHAREGLLTP
FLSNEWFKAL KAVVEEAARI GVKVWLYDED RWPSGFAGGH VPALGPEYRA KALILFIHNM
ALVGPETVAS FRCSLSNDLL PSDCVRVSSS EALDGYIYLN FIEYTAPSSN FRFNGFNYVD
LLNPRVTDEF IRTAYEPYVR ELKEHIGNVV PGIFTDEPNL NESRPPRRQV PLRHSLYSTY
AIPWTSNFPD YFKGVNGYDI VDKLPELFFN MGSFTKTRYD YWRTVTMLFV ESYSRRIYQW
CDANGLRFTG HYLGEDTLLS QLTVGAVMPH YEYMHIPGMD HLGLRIWDML LTAKQVASVA
DQLGKGRVLS ETYGATGHHP TFEDRKWIGD FLYALGINLL NHHLIPYSLR GRRKHDYGLT
IHWSQPWWRY NRIIEDYFAR LSYVLSQGVR LVDVLILHPI GSVWATYTPV NESEAAAINE
SFMRILREFT RMHVDFELGD ELIMAKHAAV EGSLLKVGRV GYRVVVIPPS ITLASSTIKL
LSDFINNGGL VIAIKPLPAM IDGVETPSIN EFLSRVKVID DVGKLNEALA SVERSIIVNS
PSDSDGDVLT HVREIGDSLV VFIVNTSRVK GHEVEVGLKG SFKVEEWDPL KGSISDYPAS
LRDRWTWIRV NLNPVDSKLL ILKPGKPIIE QSINYVKVSE IELSDGWVIH RLNPNVLVLD
YAMLMRSDGS WSGLMPIPRI ASELINMGFG SRYTLKFTFN VLSKPKGIVK LVIEGTELLN
AVSVNGTGID LSKPIGQWLD WNFKMYDISE LIKEGVNEIV ISGRVGLEPY TINPIYILGD
FTVELRPRAQ SSLSGWEPET VKLGDLTRQG YPFYGGSVEL TRSFRIPDQF DDAHLILRFN
AALALVSIND SDAGFLINST GEINITRFIR PGENKIKVTL VGTLGNVLGP LHDKGDLTYV
RPESFMVIGS DWTDDYVLRP FGLSEAKITL LKRR
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