| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_2382 |
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| Symbol | |
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| ID | 3522988 |
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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 | 2488878 |
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| End bp | 2491886 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637284839 |
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| Product | hypothetical protein |
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| Protein accession | YP_269100 |
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| Protein GI | 71282513 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.647159 |
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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 | ATGAAAAATA AATTAGCCAT TACAAAACTA TCTAACAATG TATTTCTGCT CCTTTGCACT
GCATTAACAT TTACACCAAT AGCCAATGCG GCAGAAGTGA TTGAGTTAAC CATTGCTGAA
CCAAGTGCTT TGAAGCCAGA CTTTATCGGT TATAATGCCA ACATGATGTC AGCGATGAGC
ACAAATCCGT GGGATCGCAC AGAACTAACA CAACTTTACA AGAACACAGG CACTTCCATA
ATACGTTACC CCGGCGGCAC CATTGCTAAT AACTTTGATT GGCCCACAGG CAATCAAATA
AAAATAAATT CTTCAGGTGA AGAAAGTTTA GGAAGTTATG ACTACAAAAT TAGTAATTTT
AAAACCGGGT ATCAAAACGC AGGGTTTGAG CCAATTTTTG TCGTTAACCT ATTAACGAGA
GATCTACAGC ATACCCTTGA CGGTCTTGCA GATGCTACTG CCAAAAGTCT TCCAATAAAC
CGTATAGAAT TAGGCAATGA GTTCTTTTTA AAAGATGAAG CCTATGTAGA TATGTTTCCA
AGTGGTCAAG ACTACGTCAG CAAAGCAGAT ATCTGGACTG ATGCCATTAA AGCGATTTAT
CCTCATGTAG AGATTGCTTA TGTCAGTACC ATGAAAAAAG ATCCACGCTC ATTAGAGTGG
AATGAAAAAA TATCACAATG TACAAAGTGC GATGCCATCA TCATTCACAC CTATACACGA
AGTGAGCTAA ATCCGGTATT ACCCGCAGAC AAAAGTACTA GTTACTTCGG TACCAATGAA
GAGCAAAACC AACAATGGCA ACAATTTATC ACCAATAGTG GTGTTGATAT TATGTTAGCT
CAGCCTTTTG AAGCGTGGCA TGGTTACACC TCTTTAAACA ATTTACCTAG TGACAAAAAA
ATTTGGATCA CCGAATTTAA TATGAAAGAT GGAACAGGCC CTACTCGAAA CACATGGGCC
CATGCACTTT TTAATGCTAA TCAACTACAA AGTTTTTTAA CCGACGGACG AGTAGAGATT
GCTTTATTAC ATAACCTGAT AACTGGTGCA AAATCAGGCT CTCATTACTT AGGCAATACT
TTTAGTGGTT TAACCATAGA TCATGGTCAA GGCGACTTAT CTTCACAAAA ATACAGTTTA
TCTGCAGGTG GCATTGCCAT GAGAGCATTT GGCAGCGTGT TAAAAGGCAT GGACACTATC
GCCAAAATAA ACTTATCAGA CACTCCAACC GTTTCACCAA CAGGTTATGC TGACTATGAT
GCTATTTACG GCTGGCAAGG TAGTAACAGC GCTAATGAAG AGCAGCGTTA TTTGTTAATA
AATACCTCGT CAGTAAGCTA CACAGTTAAC ACTGAAAACT TAACAACAAG CAATAAATCC
GTTCGCCAAT ATTGGACAAA ACCACAAACA TTTATTCACT CAGAAGAGGT GCTTTCCGGT
GGTATGGTTA ATAGCTTACC TACATTGCTT AAGCTTCCTG CCTACAGCAT TACGGTAATT
GGTGAAACGG CTATTGAGCT ACCCAGTAAT TATCAACAAA CGTTAACATT AACGGCAACT
GACGATCACT TTACTAAAGA AGCAAACCCT AATGGCAAAG GACAACCAAC AGCCAGTCAA
ATAAATATAA ATAATAGTGA GGGAGACCAA TCAAGACCTC ATATTAAATT TAACACCAAT
CAAGTAAAAG GCAGTATAGA GTCAGTTACT TTAAAGGTTT ATTCAGAATC AGTTACCGAC
ACAGTCAGCG CCCATAAAAT AAATAATGAA TGGGATGAGT ATGAATTAAC ATGGAATACT
ATGCCTACGT TAGGAGAATT CATTAATAGT GCAAGTGCCG ATAAAAATGC TTGGTTAGAA
ATAAATGTTA CGGCTAGTCT ATTAAAAAGC GACTCGCTAC TGTCATTTGC ATTAACGAAT
AGTTTAACGT CATTAAATAA ATTCAGTTCT AAAGAAGGCA ATAAAGCACC TGAATTAATA
ATTACCACCA GTAATGCCGT CATTAATGTG GCTGATACAA ATATCACCAA AGATGATGCT
AATATCTTAC AATACTATAG TAACAGCCTA GCCGATGCCG TTAGTGATGA TGATAATGAT
AAGCTTTCAT TTTATAAAAC ATCAGGACCA TCTTGGTTAA TGTTATGGTC AAACGGAAAA
ATTGAAGGTA CACCGACAGC CGATGATATT GGTGAGAATA CTTTTGCAAT AAAAGTGAGT
GATAACACTG GACAAGCAAG TGCAACAACA GCATTAAACC TAACCATTAA CGTTATTAGT
GATGCACCTA CTAATGCAGC TCCTGTTTGG AATAACATTC AAAACATACT GCAACAAGCA
ACAGAAAACA TCAGTTATAA CAGTAATATT TTAGCCTTGG CAACCGATGC AGATAACGAT
GCATTAATTT TTGCCAAAGT ATCAGGTCCC GACTGGTTGT CTCTTTCTGA TGCTGGCGAA
GTAACGGGTA CAGCAACAAA TTCAGATATT GGTGAAAATA ACGTTATAGT GAGTGTTACC
GATGGCACAA ACAATTCAAA TGAATTTATC AACAACGAAT TAATTATTAC CGTAACAGCA
GAAATTGCCG TTGAGCCAAT AAATAACGCC CCAACTTGGT CAAATGAAAA TATAGCACTT
GAGCTAGCAA CACAAGAGCA AGCTTATACC AATAATATAA TGACTTTTAC CAACGACCTT
GACGGGGATA TCTTAGTTTT TGCTAAAGTG TCAGGGCCAC AATGGTTAAC GCTTTCTGAA
GCAGGAGATA TCACTGGTAC ACCTAGCGGT AATGATATAG GTGAGAATAT TTTTATCCTT
AGCGTCACCG ATAGTGATAG TGATACAGCT CAAGTAATAA ATAATACTTT TACAATAATA
GTCAGCACCA AGCCAGAACC TGAGCCAACG CCAAAAACTG AAGAGGACAA CTCTGAGGGA
GGTTCAATTA GTTTCAGTTT ATTACTCCTA TGCTTTTTAA GAGTATTCAC AATGCGTAAT
AAATTTTAG
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| Protein sequence | MKNKLAITKL SNNVFLLLCT ALTFTPIANA AEVIELTIAE PSALKPDFIG YNANMMSAMS
TNPWDRTELT QLYKNTGTSI IRYPGGTIAN NFDWPTGNQI KINSSGEESL GSYDYKISNF
KTGYQNAGFE PIFVVNLLTR DLQHTLDGLA DATAKSLPIN RIELGNEFFL KDEAYVDMFP
SGQDYVSKAD IWTDAIKAIY PHVEIAYVST MKKDPRSLEW NEKISQCTKC DAIIIHTYTR
SELNPVLPAD KSTSYFGTNE EQNQQWQQFI TNSGVDIMLA QPFEAWHGYT SLNNLPSDKK
IWITEFNMKD GTGPTRNTWA HALFNANQLQ SFLTDGRVEI ALLHNLITGA KSGSHYLGNT
FSGLTIDHGQ GDLSSQKYSL SAGGIAMRAF GSVLKGMDTI AKINLSDTPT VSPTGYADYD
AIYGWQGSNS ANEEQRYLLI NTSSVSYTVN TENLTTSNKS VRQYWTKPQT FIHSEEVLSG
GMVNSLPTLL KLPAYSITVI GETAIELPSN YQQTLTLTAT DDHFTKEANP NGKGQPTASQ
ININNSEGDQ SRPHIKFNTN QVKGSIESVT LKVYSESVTD TVSAHKINNE WDEYELTWNT
MPTLGEFINS ASADKNAWLE INVTASLLKS DSLLSFALTN SLTSLNKFSS KEGNKAPELI
ITTSNAVINV ADTNITKDDA NILQYYSNSL ADAVSDDDND KLSFYKTSGP SWLMLWSNGK
IEGTPTADDI GENTFAIKVS DNTGQASATT ALNLTINVIS DAPTNAAPVW NNIQNILQQA
TENISYNSNI LALATDADND ALIFAKVSGP DWLSLSDAGE VTGTATNSDI GENNVIVSVT
DGTNNSNEFI NNELIITVTA EIAVEPINNA PTWSNENIAL ELATQEQAYT NNIMTFTNDL
DGDILVFAKV SGPQWLTLSE AGDITGTPSG NDIGENIFIL SVTDSDSDTA QVINNTFTII
VSTKPEPEPT PKTEEDNSEG GSISFSLLLL CFLRVFTMRN KF
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