| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_3909 |
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| Symbol | |
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| ID | 3523027 |
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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 | 4081078 |
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| End bp | 4084206 |
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| Gene Length | 3129 bp |
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| Protein Length | 1042 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637286355 |
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| Product | serine protease |
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| Protein accession | YP_270567 |
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| Protein GI | 71282552 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.634 |
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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 | ATGCATTTTA AGAAATCCTT AGTACGGAGC CTGATTACTT TAGCAATCAC AGCTACTGCT
AGCACGACTG TTCTTGCCAA TGAAGTTTCA GGTGATATCA GTAAATTCAA ATCTGTGGGA
AATGAAGTTA ATACCAAACA AAAAGCAACT GGCTATATTG TTCAACTTAA AGGCAAGACA
GCAATTGCTC AAGCTCAAGA AATAGGTGAG CTTTTACCTA CCAACCAATT AGTTGCTAAT
ACCGGAAACC GTTATAACGC TCATACTCCT GCAATGGAAG CGTATACTAA AGCGCTTGAG
AATAAGCAAA AGCAAGTTGC CAGCAGTATT GATTCAATTA ATATTTTGCA TTCTTTCAAG
CATACTTATA ATGGTTTCAC TGCCAAGTTA AATGCAAAGC AAAAAGCGCA GTTAGAATCT
CACCCTGATG TTATCGGTGT ATATGAAGAT AAATTAGAAA CAGTTAACAC TGCAAATACT
CCTGAATTTC TTGGTTTAAC TGGTGCTGGC GGTCAACACG CCATGAATAT TAAAGGTGAA
GGCGTCATTA TCGGTGTTAT CGATACAGGT GTTTGGCCTG AAAACCCTAG TTTTGCTGAC
GATGGTTCTT ATTCAGACCC TGCAGACTTA GGTTGGTTGG GTTCATGTGA TACAGGGACT
GATGAAGAGT TTGCCTGTAA TAACAAATTA ATTGGCGCAA AATATTTTGA TTCAAGCTTT
AGTAGCCAAT ATGATATTCA ATATGACCTA GGTGAATTTG ATTCTCCTCG CGATGCTGAT
GGTCACGGTA GTCATACTGC AAGTACAGCA GGTGGTAATG AAAGTGTAGC TGCTATGCTT
TCTGGTACAC CGGTAGGTAC AGTTTCAGGC ATGGCGCCAC GTGCACGAAT TGCTGCTTAT
AAAGTTTGTT GGAACAGCGA TTATAAAAAC CCTGAAGGCG GTGATGAAGC GGGTTGTTTC
GGTGGCGATA CTATGGCGGC AATCGACGCT GCAGTTACTG ATGGTGTTGA TGTAATCAAC
TATTCTATTG GTGGTAGCAG AACAGATTTA ACAGTACCTG CTACTGCAGC AATGTTAAAT
GCAACGGCTG CTGGTGTATT CGTTGCTGTT TCTGCTGGTA ATGATGGTCC TGATAAAGAA
ACTGTCGGTA CTCCAGCTCC TTGGGTGACA AGTGTAGCAG CATCTACTTA TAATGGTACT
TCAGCTATTG TTGGTAAAGC GCTTGATATT ACTTCTGGCA CTTTAGCTGG CTCTTCAATC
TTATCAGTAC CTTCTGGATT TTCTCCAGCA ACTGTAGGCC TTTCAGGTGA ACTTGCGTTA
GCAGAACCAG TACAAGCATG TAATGATGCT CCATTGACTA ACGGCGAAGA TTTAGCCGGA
AAAATTGCTC TTATTGCTCG TGGCTCTTGT GCTTTTACTG AGAAGTTTCT CAATGCACAA
AATGCAGGTG CGGTAGGTGC TATTATTTAT ACTACAGAAG GTACATCGCC ATTTTCTATG
GGCGGAACTG ATCCTGCAGT AACCATTACA GGTTCAATGA TTTCTTTTGC TGATGGTCAA
TCGTTAACGG CAAGTATTGA AGATGGAAGT ACATCGGTTG CATTTACTGA TAATACAGCC
GCGGGTGAAG CAGTAGAAGT TGGCAATACT ATGGCTGATT TCTCTTCACG TGGTCCAAAC
TTAAATACAT ACGATATTAT CAAACCTGAT ATTACCGCTC CTGGTGTAAA AATATTGGCG
GCAACAACTT CTGCACCAAT GTTCGGTACT CAAGGTGAAA CATTTAAGTA CCTGCAAGGT
ACTTCAATGT CTAGCCCACA TATTGCCGGT TTAGCTGCAC TGTTTAAAGA ATCAAACAGT
TCATGGTCTC CAGCACAAAT TAAATCAGCG ATGATGACAA CAGCTCGTCA AAACTTAACT
AAAGAAGATG GTACTACCCA GGCAGACCCA TATGATTTTG GTTCTGGTCA TGTAGCTCCA
GTTTCTGCTT TAGACCCAGG TTTATTGTTT GATACTAATC TTGCTGATTA TTTAGCATTT
CTTTGTGGTC AAGACAAAGA AGCTTTTGTT TCTGGTTACG ACACAAGTTG TGCTGACTTA
GCAACTGCAG GCTTTAGTAC TGATGCTAGT CAATTAAACC TAGCTTCAAT TGCTATTGCA
GAGTTACTAG AACCTGAAAC AATTTTCAGA ACTGTTTCTA ATGCAACACC AATCGCTTCA
TCTTACACTG CAACAGTTGA AGCCCCTGCT GGTTTTGACA TTAGTGTTCA AACCTTTGAT
GCTGCTGGTG AAGAAACTGA AGCTTCAACA TTAGATGTTG CTGCTGAAGG CGGGAAAGCT
AGTTTTGCAA TTACAGTTAG TCAAACTGAG ACTACTGAAA TTGAAGCTTG GAAGTTTGGT
GCAATCACTT GGACAGACGG TGCTGGTCAT TCAGTACGTT TACCATTAGC AATTAAAGCG
ATACCAAGCG TTCAAATTGA AGTACCTGAA CTAATCTCAG GTGACCTTAA CCGTGGACGT
TTCCGCTTCC CTGTTAAAAT GCTTTATTCT GGTAGAACAA GCATTAAACA TGCTGGTTTA
GTTGCTCCAT TTGGAACAGC GGGTACTGTT GAAGCTGATC CTGCACAAGA ATTTGAATTC
TTAGGGGCTG GTACTAATTA CCACTTATTC CATATTCCAG AAGGAACACA AGTAGCACGC
TTTAGCTTAT CTGATGCTCT AGTCACAGAA GAAGGTAGCG ATCTTGATTT ATACGTTTAC
CGTTGTGATA AATGGAGTTG TGCACAGGTA GCTAACTCAT TAAACGGTGG TTCAAACGAA
GATGTTGTAC TAACAAACCC TGAACCGCGT GCAGATGTAG ATGTTGGTGA TGTTTATGTA
ACTATGATCC ACGGTTATTC AACGGGTGCA GCAACAGAAA CAGATTATAC TATGGTAGGT
TGGATTGCAG ATCAGGCTGA AAGAACTACT CGTGTAATCT CAAGCCGAAG AGCAATTAAC
GGTCGCTTTA ACTACACCAG TATATTAACT CGAGGTCTAC CAACAGGTAC TACCTATATG
GGTGCTGTTA CGTACTTCAA TGCTGAAGGT GAAGCTGAAG GTACTACTGT ACTTGAGTTA
AAAAACTAG
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| Protein sequence | MHFKKSLVRS LITLAITATA STTVLANEVS GDISKFKSVG NEVNTKQKAT GYIVQLKGKT
AIAQAQEIGE LLPTNQLVAN TGNRYNAHTP AMEAYTKALE NKQKQVASSI DSINILHSFK
HTYNGFTAKL NAKQKAQLES HPDVIGVYED KLETVNTANT PEFLGLTGAG GQHAMNIKGE
GVIIGVIDTG VWPENPSFAD DGSYSDPADL GWLGSCDTGT DEEFACNNKL IGAKYFDSSF
SSQYDIQYDL GEFDSPRDAD GHGSHTASTA GGNESVAAML SGTPVGTVSG MAPRARIAAY
KVCWNSDYKN PEGGDEAGCF GGDTMAAIDA AVTDGVDVIN YSIGGSRTDL TVPATAAMLN
ATAAGVFVAV SAGNDGPDKE TVGTPAPWVT SVAASTYNGT SAIVGKALDI TSGTLAGSSI
LSVPSGFSPA TVGLSGELAL AEPVQACNDA PLTNGEDLAG KIALIARGSC AFTEKFLNAQ
NAGAVGAIIY TTEGTSPFSM GGTDPAVTIT GSMISFADGQ SLTASIEDGS TSVAFTDNTA
AGEAVEVGNT MADFSSRGPN LNTYDIIKPD ITAPGVKILA ATTSAPMFGT QGETFKYLQG
TSMSSPHIAG LAALFKESNS SWSPAQIKSA MMTTARQNLT KEDGTTQADP YDFGSGHVAP
VSALDPGLLF DTNLADYLAF LCGQDKEAFV SGYDTSCADL ATAGFSTDAS QLNLASIAIA
ELLEPETIFR TVSNATPIAS SYTATVEAPA GFDISVQTFD AAGEETEAST LDVAAEGGKA
SFAITVSQTE TTEIEAWKFG AITWTDGAGH SVRLPLAIKA IPSVQIEVPE LISGDLNRGR
FRFPVKMLYS GRTSIKHAGL VAPFGTAGTV EADPAQEFEF LGAGTNYHLF HIPEGTQVAR
FSLSDALVTE EGSDLDLYVY RCDKWSCAQV ANSLNGGSNE DVVLTNPEPR ADVDVGDVYV
TMIHGYSTGA ATETDYTMVG WIADQAERTT RVISSRRAIN GRFNYTSILT RGLPTGTTYM
GAVTYFNAEG EAEGTTVLEL KN
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