| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_3374 |
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| Symbol | |
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| ID | 3521786 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | + |
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| Start bp | 3503664 |
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| End bp | 3506717 |
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| Gene Length | 3054 bp |
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| Protein Length | 1017 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637285823 |
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| Product | putative helicase |
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| Protein accession | YP_270050 |
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| Protein GI | 71281314 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG1061] DNA or RNA helicases of superfamily II |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.175998 |
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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 | ATGGACTCAG TACCAAGTGG TGACTCTAGA ATTCATGATC AAATAGGTCT AGCTAATACC
ATTGTTCAAT GGCTTAGTAA GCACATTAAA GATGATCAAT TAATCAGTGA AAATCTACTC
GATAGCCAAG GTAAAATCCT TACTGCGCTG TTTGATAAGT CGAACCCTAT TGCGGCTGAT
TTACCCAAGT ATGTTGAATC GATAATGCCA ATAACCGGGC TAACGCAGAG TGAATTATTC
TGTGGTAGTA ACGTTGGCGT GTCGCTAGAA ACTGAGATAA AAAGAGAGAT CCAATCTTCT
GATAAAATCT ATTGGCTCGT TTCATTTATA AAGTGGACAG GCATTCGAAT ATTCAAAAAG
GAGTTAGAGT CTTTTACTCG CAGCGGTAGG CAATTAAAAA TAATTACCAC TTCTTACATG
GGTGCTACCG ATGCCAAAGC CGTAGAGTTT TTAGCATCAC TGCCCAACAC TGAAGTAAAG
CTTAGTTACA ATACGAACCG TGAAAGATTA CACGCAAAAT CTTACCTATT CATGCGAAAT
ACTGGCTTTG ACACTGGTTA TATTGGATCT TCTAATTTAT CTCATTCAGC CTTAACCAGT
GGTTTAGAGT GGAACCTAAA AATCACCTCG CAAGAAATTC CACACATTAT TAAAAAATCA
CTCAGTACCT TTGATACCTA CTGGGAATCT CCTGACTTTG AATATTTTGA TGGTGAAATT
GAAAGCCGTG AAAAACTAAG TAACGCACTG CAAGAAGCAA GAGGCAGCTT TAATCCCTCA
ACACCGAGTT TCTATTTTGA TATCAAGCCT CACTCTCATC AGCAAACCAT ATTAGAAAAG
TTACAGGTTG AGCGTGATCT ACATAACCGA TATCGAAATT TAGTCGTTGC AGCAACAGGA
ACAGGTAAAA CCATTATTTC TGCCTTTGAT TTTTCTCGTT TCTATAATGC AAACCCCGAA
GCAAAGTTTT TGTTCATTGC TCACCGAGAA GAAATACTAA AACAAGCATT GGGTGCCTAT
CGTGGTGTAT TAAAAAATAG TACATTTGGC GAGTTGTGGG TTGGTAATAA CAAACCTAGC
AAGTATCAAC ACCTATTCGC TTCGATTCAA AGTGTAAACG CTCAAATTGA AACCTTAGCG
CTAAGTGAAG ATTACTTTGA TTATATTGTT ATTGACGAAG TACATCATAT TTCAGCAAGC
AGCTACCGCG CTGTATTAAA GCACTTTAGC CCACAAATAT TATTAGGCTT AACGGCAACA
CCCGAACGCC ATGATGGCAG CGATATTCTC TGTGACTTTT GCAATGTTAT TGCCGCCGAA
ATTCGATTAC CAGAGGCGAT AAATCAACGT CACCTTTCGC CCTTTCAGTA CTTTGCCATA
GATGATGATA CCGACTTAAC TAAAATATCA TGGTCTAAAG GCCGTTATGA TATTGCCGAA
TTAACACACC TCTATACGTA TAACGATCAA CGAGTATTAC GTATTCTCCA AAGCCTTAGC
GAGGTTATTA CCGATATACC GCATATGCGC GCATTGGCGT TTTGCGTCAG TAAAGAACAC
GCAAAATTTA TGGCTAAAAA GTTCACACTG CATAATATTG CTTGTGGCGT GTTAACCAGC
GACAACAGTA AAGACCGTGA AGTCTTGCAA CAACAGCTAA GATCAAAACA GATAAATGTA
TTGTTTGTCG TTGATATATT TAATGAAGGG GTCGATATCC CTGAATTAGA CACCCTACTC
TTTTTACGCC CTACCGAAAG CTTAACGATA TTTCTTCAGC AATTAGGCCG TGGACTGCGA
TTAACAGAAA ATAAAGAATG TTGTACTATT CTCGATTTTG TTGGTAATTC ACGACCAGAG
TATGACTTTT CTAGCAAGTT TAGAGCATTA GTAGGTAAAA CCAACCAGGC GATAGCGAAA
GAAGTGAAAC AAGGCTTCCC TCACCTACCC TTGGGTTGTC GCATTGAGTT ACAAGAAAAA
ACGCAAGCAA TGATCTTAAG AAACATTAGC CAAGCGACAT TAAACAAAAA TAAGTTAATT
AGCCTAATAA TCAGCTTCCA GCATGATACA AAATTACCAT TAACGCTGAC TAACTTTTTA
CATCTTAACG ATAGCATTAC CCTAGAAGAT ATTTACAAGA TTAAAATCGG ACCATTTGGA
GGATGGTCTA TATTAGTTGC TGCAAGCAAG AACAAAGAAA TAGCGCCAGA GAATAAAGCC
CTTTATGCGG CATATTATCG AGCCATTAAT AACCGCTTAC TTAATTGCTC ATCAATCTCC
TATTTGCGTT TTATTAAAGC CCTTTGCGAT AACAACTTTT CCATATCGTC AATGTGCGAT
ACCAACACGA ATAAAACCCC ACAGAATCAT CAGCAACAGT TTGCATTGAT GTGTCACTAT
GACTTTTGGG ACAAAACAGG TAAGTCACTT GGCTTTAATG ACGTGGCGAC AGGCTTATTA
GCACTGAGAA ATACAACACT GCGTTCGGAA TTAGCCGAGG TTATTTCAAT GCTAATTGAA
CGCCTTGAAG TGAGCGAATT TACTATGCCG AAAGTTAACA ATTTGTTAGT CGATTCATCG
CCACTTAACA TGCATGTTCG CTATCCAAAA GAACATATTC TGGTCGCTTT TGGTGATAGT
ACCTTTGTTA AAAAATCATC GAGTCGTGAA GGTGTTTTAA ATATTGCTAA CGCAAATACT
GAATTGTTGT TTGTAACGTT GAACAAATGT GAAAAGCAAT TTTCAGCCAC CACCATGTAC
CACGATTATG CCATTAGCCC GACCTTGTTT CATTGGCAAA CGCAAAACAG CGCGAGGCCA
AATTCAGGAA GAGGTTTAGG TTACATTACG CAGAAAGAAA ATAAGAAAAC ATTCCTGCTA
TTTGTGCGTG AACAAGGCAA AGATGAAAAC GGCAGAACTA TGGGTTTTGT TAACTTTGGC
CCTGTCGATT TTGTCAAATA TGAAGGCAGT CAGCCAATGA ATATCACATG GAAACTTAAA
CATCCCATGC CAGCATATTT GTGGCATGAG ACGGCTAAGT TGGCGGTAGG CTGA
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| Protein sequence | MDSVPSGDSR IHDQIGLANT IVQWLSKHIK DDQLISENLL DSQGKILTAL FDKSNPIAAD
LPKYVESIMP ITGLTQSELF CGSNVGVSLE TEIKREIQSS DKIYWLVSFI KWTGIRIFKK
ELESFTRSGR QLKIITTSYM GATDAKAVEF LASLPNTEVK LSYNTNRERL HAKSYLFMRN
TGFDTGYIGS SNLSHSALTS GLEWNLKITS QEIPHIIKKS LSTFDTYWES PDFEYFDGEI
ESREKLSNAL QEARGSFNPS TPSFYFDIKP HSHQQTILEK LQVERDLHNR YRNLVVAATG
TGKTIISAFD FSRFYNANPE AKFLFIAHRE EILKQALGAY RGVLKNSTFG ELWVGNNKPS
KYQHLFASIQ SVNAQIETLA LSEDYFDYIV IDEVHHISAS SYRAVLKHFS PQILLGLTAT
PERHDGSDIL CDFCNVIAAE IRLPEAINQR HLSPFQYFAI DDDTDLTKIS WSKGRYDIAE
LTHLYTYNDQ RVLRILQSLS EVITDIPHMR ALAFCVSKEH AKFMAKKFTL HNIACGVLTS
DNSKDREVLQ QQLRSKQINV LFVVDIFNEG VDIPELDTLL FLRPTESLTI FLQQLGRGLR
LTENKECCTI LDFVGNSRPE YDFSSKFRAL VGKTNQAIAK EVKQGFPHLP LGCRIELQEK
TQAMILRNIS QATLNKNKLI SLIISFQHDT KLPLTLTNFL HLNDSITLED IYKIKIGPFG
GWSILVAASK NKEIAPENKA LYAAYYRAIN NRLLNCSSIS YLRFIKALCD NNFSISSMCD
TNTNKTPQNH QQQFALMCHY DFWDKTGKSL GFNDVATGLL ALRNTTLRSE LAEVISMLIE
RLEVSEFTMP KVNNLLVDSS PLNMHVRYPK EHILVAFGDS TFVKKSSSRE GVLNIANANT
ELLFVTLNKC EKQFSATTMY HDYAISPTLF HWQTQNSARP NSGRGLGYIT QKENKKTFLL
FVREQGKDEN GRTMGFVNFG PVDFVKYEGS QPMNITWKLK HPMPAYLWHE TAKLAVG
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