| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_0806 |
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| Symbol | |
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| ID | 3518810 |
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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 | 821993 |
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| End bp | 825244 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637283271 |
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| Product | hypothetical protein |
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| Protein accession | YP_267555 |
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| Protein GI | 71278593 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1033] Predicted exporters of the RND superfamily |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.712772 |
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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 | ATGAATTCTG TACCCAAACC ATTATTTGCC AGCCGGTTGG CAGGCATTAT TGTTAAATAC
CCAAAATCTA CTGTTTTTAT TAGTTTACTG CTGATGATCG TGTTGTTAAG TGCATTACCG
ACATTATATA AAGATACTCG TGCAGATGCA TTTCTTGCTG AAGATAACCC CGCATTAGTG
TATCGAAATA AAGTAAAAGA ACAGTTTGGC TTAAGCGACC CAATCGTTGT TGCTGTTATT
AATAAATCGG ATCATGGCGT TTTTAATCCT GGTTCATTAA ATTTGGTTAA TTGGTTAAGT
GAAGAAGTTT CTGCCTTGGA GAATATCAAT GCAGACCGAG TAACCAGCTT GGCAACCGAA
AATAATATTA CCGGCTCTGC AGAAGGAATG GCTGTTGATC CCTTCTTTGA TGAATATCCT
GATACCCAGC AAGTTGCTGA TAAGATTTGG CGACAAGTCT CAGATTTTCC AATTTATATG
GGAAATTTGG TGGCTAAAAA TGGTCAGGCG ACCCTTATTG TTGCGGAGCT AAATGATGAG
GCGTTGGTTG AAGCAACCTA TCAAGAGATT CTAGCGCTTG TTGAAAAAGC CCCTAAAACG
CTAGGTGATA AAATTTATGT GGCAGGTGAA GGGGCTATTG CCGGTTACTT AGGAAGTTAT
ATTGATGCGG ACGCCCAGCG TTTAAATCCG TTGGCTGGTC TTATTATCAC CATCATTATT
TTACTCGCTT TTAGGCGTGT CAGTCCAGGC ATATTGTCTA ATGTTATTAT TGCCGCGTCG
GTATTAATGA CCTTAAGTAT TATGGCACTT AATGATGTTG CTTTTTTTGT TATTACTAAT
GCGTTGCCGG TTATTCTTAT TGGTATTTCA GTCGCAGATT CCATTCATAT CTACAGTCAT
TACTTTGAGT TACAAGCTAA GTCCCCAAAT AGAGATAAGA AAGAAATTAT TGTCGAAACC
TTTGAAGAAA TGTGGCGTCC TATTACGTTA ACCACATTGA CAACTATTGC GGGTTTTTTA
GGATTATATT TTGCCGCGTA CATGCCTCCA TTTAAATATT TTGGTCTATT CACCGCGGTA
GGTGTTGCCA TTGCTTGGCT TTATTCATTG GTTTTTTTAC CAGCGTCATT GGCCATTATT
CAACCCTCGG CAAGTAAAGG CATGACTAAA TTAGCTCAGA ATAACCAAGT GGATAAACTA
TCCAAAATGA TGATGTCTTT AGGGAAAGTC ACGTTAGGTA ATGCAAGAAT GGTTATTGCT
ATTTTTATGG TCATCATCGT ATCCGGTATT TACGCAGCGA CTTTTCTAAC GGTAAATGAA
GATAGAATAG CAACTTTTCA CCCCAGTGAA CCAATATTCA AAGCGGATAC AGCCATCAAT
AAATTTTTAA ATGGTACCTA TAATTTAGAT ATTGTTATTG AAGCGAATGA GAATGAAGGG
TTATTTGAGC CGGTAAATTT ACAGAAGATG CAGGCATTAC AAAATTACGC GCTAACGCTA
ACCAACGTGC AGGGCGCAAC TTCGATAATA GATTATTTAA AGCAAATGAA TCGCTCGTTA
AACGGTGGTA GCAAAGCAAG TTATCAATTA CCGCAACAGA AAGAATTGAT TGCTCAATAT
TTCTTAATTT ATTCTGCTTC ATCAGATCCC ACAGATTTCG AAGAAGAAGT TGATTACGAC
TACCGGGTCG CCAATATGCG TTTAAATTTA AATAAAGGCA GTTATCAAGA TACTAAAGAT
GTGGTTCTTC AACTAGAAGC TTATATAAAA GAAAACTTCA AAAATAGTGA TTTAACCGCA
ATGGTTAGTG GTCGAGTTAC GGTTAATTAT CACTGGATAA AAGATTTGGG TGAAAGCCAC
TTCGTTGGCT TGGGCATTTC ATTATTTTTA GTTTGGGCGG TGTCGGCACT ATTATTTGGC
TCACTATCGG CTGCCATATT TGCCATTATT CCGGTGATGA GTTCCATTTT ATTGGTCTAT
GCCACTATGG TGATACTAAA GATAAACCTT GGCATAGGCA CTTCTATGTT TGCGTCTGTT
GCCATTGGCT TAGGTGTCGA TTTTGCTATT CATACGATAG ACAGATTAAA AAGCTTATAT
CGAAAAACTA ACGGTGATTG GGATAAAACC TTGGCTGACT TCTATCCGTC TACAGGGCGT
GCACTTTTCT TAAACTATTT AGCTATCGCA CTGGGTTTTG GGGTGTTGAT ATCGAGTAAA
GTTGTACCAT TAACTAACTT CGGTACTATC GTGGTTATTG CTGTTACCAC CAGTTTCCTT
GCTAGTTTGA GTTTACTTCC AGCATTGATC AAAGTATTTA AACCACGTTT TATAAGTGAT
GTTATCCCTG AGGTAAGTAC TGATGTTGCT ACTAATGATC CTAATTCAAA ACAACCCGTT
ATGGCGAGAA AGTGGCTACG AATCTCAAGT ATTATTGTCG CAGTTGCCAC ACTTGGTGGG
TTAGCCATTA CTAATCAGGG CCATGCAGCA ATCATTGATA TGAACACGTT AGAACCTATG
GCCGTGGTTG CCAATATTAA CGCTGTTGAT GACGGCGAAT ACGTTAGTCG CGACCTTGTC
ATGACCTTAA AAGATAAGCG CGGAAAAGTA CGTGTACGAG AAACCAAAGC TTATAGAAAG
CATTATGAAA ATGAGAAACG TACCATCTTA TTTTATAGAA AACCGACGAA TGTAAAGGGG
ACTTCTTTTT TAACGTTTGA TTATCAAGAC GCTAAAAAAG ATGATGATCA ATGGTTATAT
TTACCCGCCT TACGTAAAGT TAGACGAATA TCGGCATCTG ACCGTGGCGA CTACTTTTTA
GGTACTGACT TTACTTATGA AGACATGAAA CTTGAAGGTA AATTGGACGT TACTGACTTA
GATTTTACTG TACTTAACGC TGAAACGTTG AACATAGTCG ATGATAATTC TTATCAAAGT
TTATTGATGT CAGGCACTCC GAAAAATACC ACTATCGCTA AGGAATTGGG TTATAGCCGC
ACTGAGTTTT GGGTCGACAC AAAAAGTTGG TTAATTATCA AAGCAAAATA CTGGGACCTT
AAAGGCAAGT TACTTAAAAC ATTAGTCAGT CGAGATATTC GACTTGTTGA TGACATCTAT
ACCCGACATG AAATGACCAT GAAAAACAGT AAAACGGGTC ACCAAACGAC GTTCAGCTTT
AGTCATGTTA ATTACAAAAC CTTAGTAAAA GACAGCTTGT TTTCTAAACG CGCGATGAAG
CAAGGAAAGT AA
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| Protein sequence | MNSVPKPLFA SRLAGIIVKY PKSTVFISLL LMIVLLSALP TLYKDTRADA FLAEDNPALV
YRNKVKEQFG LSDPIVVAVI NKSDHGVFNP GSLNLVNWLS EEVSALENIN ADRVTSLATE
NNITGSAEGM AVDPFFDEYP DTQQVADKIW RQVSDFPIYM GNLVAKNGQA TLIVAELNDE
ALVEATYQEI LALVEKAPKT LGDKIYVAGE GAIAGYLGSY IDADAQRLNP LAGLIITIII
LLAFRRVSPG ILSNVIIAAS VLMTLSIMAL NDVAFFVITN ALPVILIGIS VADSIHIYSH
YFELQAKSPN RDKKEIIVET FEEMWRPITL TTLTTIAGFL GLYFAAYMPP FKYFGLFTAV
GVAIAWLYSL VFLPASLAII QPSASKGMTK LAQNNQVDKL SKMMMSLGKV TLGNARMVIA
IFMVIIVSGI YAATFLTVNE DRIATFHPSE PIFKADTAIN KFLNGTYNLD IVIEANENEG
LFEPVNLQKM QALQNYALTL TNVQGATSII DYLKQMNRSL NGGSKASYQL PQQKELIAQY
FLIYSASSDP TDFEEEVDYD YRVANMRLNL NKGSYQDTKD VVLQLEAYIK ENFKNSDLTA
MVSGRVTVNY HWIKDLGESH FVGLGISLFL VWAVSALLFG SLSAAIFAII PVMSSILLVY
ATMVILKINL GIGTSMFASV AIGLGVDFAI HTIDRLKSLY RKTNGDWDKT LADFYPSTGR
ALFLNYLAIA LGFGVLISSK VVPLTNFGTI VVIAVTTSFL ASLSLLPALI KVFKPRFISD
VIPEVSTDVA TNDPNSKQPV MARKWLRISS IIVAVATLGG LAITNQGHAA IIDMNTLEPM
AVVANINAVD DGEYVSRDLV MTLKDKRGKV RVRETKAYRK HYENEKRTIL FYRKPTNVKG
TSFLTFDYQD AKKDDDQWLY LPALRKVRRI SASDRGDYFL GTDFTYEDMK LEGKLDVTDL
DFTVLNAETL NIVDDNSYQS LLMSGTPKNT TIAKELGYSR TEFWVDTKSW LIIKAKYWDL
KGKLLKTLVS RDIRLVDDIY TRHEMTMKNS KTGHQTTFSF SHVNYKTLVK DSLFSKRAMK
QGK
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