| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_2865 |
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| Symbol | |
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| ID | 3519245 |
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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 | 2992196 |
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| End bp | 2994847 |
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| Gene Length | 2652 bp |
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| Protein Length | 883 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637285318 |
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| Product | hypothetical protein |
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| Protein accession | YP_269570 |
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| Protein GI | 71279238 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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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 | 0.151414 |
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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 | ATGAATATTG CTGTTGAGCA TACTAGGGCA AAATTCTGGA AGTGCGCATT ACAAGTAAAC
CCTGCAAGTT ATATACAGTA CCGAGGGAAA AATCAGGATA TTTCAGAAGA TGACTACAAT
CAGAGACTAT TAGAAGTCTG CCTTGAGGAA TCAATAAAAG TTGTAGGAAT AGCCGATCAT
GGTAATGTTG ATTCTGTTGT GAAAATCAAA GAAACCTTTA ATGCTCAAGG AGTCATCGTC
TTTCCAGGGT TTGAAATTGC ATCTAGCGAG AAAATACATT TAGTTTGTTT ATACCCAGAA
GATACAAGTC TTCAAACTTT AAATAATTAT TTATATGAGT TTGACATAGA TACTTCTAAC
GGCACAAATC CATCAACTAA AAGTGCAGAC TTTATTCTGT CAACCGTTAT AGATAAAGGT
GGCTTTGTGT ACGCTGCACA TTGCACAGAT GACAGCGGGG TTTTAAAACA AAAATTAAAC
AACATTTGGA AAAACCCGAA TTTACATGCT GCACAAATAC CTACTTCATT AGAAGCCCTT
AAAGAGCAAG GTGATCAAGC AAATCACCAG ATCCTTCTAA ATAAAAATCC TGATTATATG
CGTGAAAAAA ATATTGCGAT TATAAATGCT AAAGATATCG AAGATCCTGA AACATTAAGA
AAAGAAAATG CGACTTGCTT GGTGAAAATG ACAAAACCTT GTTTTTCCTC ATTTAAACTA
GCGTTTTCAG ATTCTGAATC TCGTGTTCGC CTCAACTCTG ATATTAAAGA GAAATATTAC
TCTAGAATAG AGGCTGTTAG GTTTGTTGGT GGGTTTCTCG ATGGAATTCA TATCAACTAT
TCCGAGCATT TAAATGCTTT AATAGGCGGT AGAGGAACAG GTAAATCGAC TTTAATAGAG
TCAATTCGTT ATGTGTTAAA TATTGAACCT ATTAGTAAAG AAACAAAAGC ACAGCACCTT
AAAGTTATAA AGCAGAATCT TGGTTCAGGG TTCGCTGAAT TGACTGTCAA ATCAGCAGTA
AAACATGGAA AATTATATAA AATATCAAGA CGCTATGGTG AATCCCCGAT AGTAAAAGAT
GAAAGCGGAT CTGTTTCTAC TTTTTCTCCT AGAGACTTAT TACCTGATAT TGAAATCTTT
GGTCAAAATG AAATTCATGA AATCGCCAAA GAATCAAGTG AACAACTAAA AGTAGTAGAG
CGATTTCTAA ATACAGATAA AATTGAGCAA GAGTCAGGTA TTTCAACAGT TAAAGAGTCG
TTAGTTACAA CAAGAAATAA TATATCTGAT TTAACATCTA GTGTCTCTAG CATGGAATCT
GATGTGGAAG ACTTGAAGGC TCACGAGGAA GATGAAAATA GGTATAAAGA GCTTGGAATA
GACCAGCAAT TGAAACTATT ACCAATCGTT GAGTCGGAAA GAAGTACCTT CAAAACTGTT
TCAGGAAAGA TGGAAACGTT AAAGGAAGCA CTAAAAGAGT TTTCTGAATC TATCCCATGC
GCTGACTTTA TTACCGAAGA GTCGATTAAG GAATTTCCCG ATAAAACAAT ATTTGAAAAT
GCTAAATTAG CCTTAGTTGA ATTAAAAGAT AACATCAATC TATCTATTGA AAAAATGGAA
CTTGATTCAG ACAGTTCTCA GCAGAAGATA GAACTACTTG ATAAAGAACT TCAAGAAAGC
ATAGAGAAAC AAGAAGACTC TATCACTAAA GAGTTTAAAA AATTGGCTCC TGTTGAAGGT
TTAACTGGAA AACAAATTGG TGAACAATAT CGGGATCTAA TTAAAAATAT CGAGAGATTA
AAACCCAAAC GTGCGGAACT TGTAAATGAA CAAGGTAAAC TGGACAAAGA AATAGCTACA
AGAAAGGCAC TGCTGGCTGA GTTGTCCGAG AAAAAAACCA ACCGAGCTAC CGCCTTTGAA
AAGGGCGTAA AAAGGCTGAA TAGAAAATTA AAGGGCAATA TAAAGGTAAA TTACTCAGCA
GAAAAAAACA GACTTGGATT AATAAAACTC ATCGTAAGCT ATCGTTTATC TGATGTCGCT
GAGGGAAGAC TTTCTTGGAT GAAAGGAGTA GAGGAGTTCT CGGCCCCTCT ATTAGCAGAG
ACTATCAAGA AAGGACAGGC TGCTTTATTA GAGAAAGATT GGGGGATGAC TTCCACTACC
GCTGATAGAT TATCAAAAAT CAGCAATAAA CAAATAATGG AAATTGAAGA GTTTAAGATC
GATGATTTGG TTAGCATTGA GTTGAATGTT TCGAGTAATG ATGAGCCTTT ATATAAAAAA
CTTGATTCAT TATCAACAGG TCAACAGTGT ACAGCATTAT TGCACATGCT CTTACTTGAT
AACCAAGATC CTCTACTTTT AGATCAACCT GAAGATAATC TCGACAACGC ATTTATAGCA
GAGCGAATTG TTACTCAGGT GCGAGATGCC AAACTAACTA GACAGTTTAT TTTTGCTACT
CATAACGCAA ACATACCTGT TTTTGGTGAC GCTGAGTGGA TTGGAGTTTT GGAGTCAACG
AATGAAAATG CAACTTTGCC TATTCAGAAT CAAGGCTCAA TAGATCAGCC AAATATTCAA
AATCTTGCTG CCAAAATTCT TGAGGGTGGC GAGGACGCAT TTAATAGAAG AAAAGAAAAA
TATGGCTTTT AG
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| Protein sequence | MNIAVEHTRA KFWKCALQVN PASYIQYRGK NQDISEDDYN QRLLEVCLEE SIKVVGIADH
GNVDSVVKIK ETFNAQGVIV FPGFEIASSE KIHLVCLYPE DTSLQTLNNY LYEFDIDTSN
GTNPSTKSAD FILSTVIDKG GFVYAAHCTD DSGVLKQKLN NIWKNPNLHA AQIPTSLEAL
KEQGDQANHQ ILLNKNPDYM REKNIAIINA KDIEDPETLR KENATCLVKM TKPCFSSFKL
AFSDSESRVR LNSDIKEKYY SRIEAVRFVG GFLDGIHINY SEHLNALIGG RGTGKSTLIE
SIRYVLNIEP ISKETKAQHL KVIKQNLGSG FAELTVKSAV KHGKLYKISR RYGESPIVKD
ESGSVSTFSP RDLLPDIEIF GQNEIHEIAK ESSEQLKVVE RFLNTDKIEQ ESGISTVKES
LVTTRNNISD LTSSVSSMES DVEDLKAHEE DENRYKELGI DQQLKLLPIV ESERSTFKTV
SGKMETLKEA LKEFSESIPC ADFITEESIK EFPDKTIFEN AKLALVELKD NINLSIEKME
LDSDSSQQKI ELLDKELQES IEKQEDSITK EFKKLAPVEG LTGKQIGEQY RDLIKNIERL
KPKRAELVNE QGKLDKEIAT RKALLAELSE KKTNRATAFE KGVKRLNRKL KGNIKVNYSA
EKNRLGLIKL IVSYRLSDVA EGRLSWMKGV EEFSAPLLAE TIKKGQAALL EKDWGMTSTT
ADRLSKISNK QIMEIEEFKI DDLVSIELNV SSNDEPLYKK LDSLSTGQQC TALLHMLLLD
NQDPLLLDQP EDNLDNAFIA ERIVTQVRDA KLTRQFIFAT HNANIPVFGD AEWIGVLEST
NENATLPIQN QGSIDQPNIQ NLAAKILEGG EDAFNRRKEK YGF
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