| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_1286 |
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| Symbol | |
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| ID | 3522804 |
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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 | 1325821 |
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| End bp | 1328721 |
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| Gene Length | 2901 bp |
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| Protein Length | 966 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637283750 |
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| Product | M16 family metallopeptidase |
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| Protein accession | YP_268029 |
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| Protein GI | 71282331 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0612] Predicted Zn-dependent peptidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAAAAAGA AATATTTGGC AGTTGTCATA GCCGCAAGTT TAGCGTTATC CGCCTGTATG
GCAACCAGTT CTGACTCTGT TTCTGATACT GGTAAGAACG CGTCAACGCA GTCATCTGAA
AATAGTGCCA ATAAAGTCTT TAGCCAAAAG TACTTATTTA AAGAATTATC TAATGGTTTA
CGTGTACTGG TGGTAAAAAC AGATTATCCA GATCTTGTTT CAGTGCAAAT CCCGGTATCG
GTAGGCTCTC GTGATGAAGA TGAAGCAGGT AAAACCGGCT TTGCGCATTT CTTTGAACAC
ATGATGTTTA AGGGATCTGA TAAATTTCCG CAAGATGTTT ACTCTGATTT ATTTAAAAAT
GCCGGTGTTG ATAACGGCGC GTACACGACC AACGATTACA CCAACTATCA TTTAGACTTT
TCTAAAGATC ACTTGGATAA AGTATTAGAG ATCCAAGCGG ATCACTTTAA AAACCTTACT
TACACTGATG CTCAATTTAA AACGGAAGCA TTAACGGTAA AAGGTGAATA CTTAAAAAAC
AACGCTAGTC CAACGCGTAA GTTATTAGCG GCAGTACGTA AAGAAGCATT CGATACCCAT
ACCTATAAAC ATACCACAAT GGGCTTTTTT GAAGATGTTG AAGCAATGCC TAATCAAATT
GCTTACGGTG AAAAATTCTT TAATCAGTTT TATAAACCAG AATATGTTTC TTTAGTGATT
GTGGGTGATG TTGATCCACA AGCCACCATG GCGATGGTAG AAAAGCATTG GGGCAATTGG
AAAAAAGGTG ATTTTGTTAA TGATATCGCT CAAGAGCCAA AGCAAGAAGA AGCCAAATAT
GTTCATGAAA AATTTGATGG CTTACCGGGG CATTGGTTAT TAGTTTCTTA TAAAGGCGCT
GATTGGCAAC CGAAGAAAAA GGATCGCGCC GCTTTAGATT TGATTTCTGA ATTGTACTTT
TCAAATAACT CAGCCTTATA TCAAGAGTTA GTGGTAGATA AGCAGTTGGC AAGCCAAATG
TTTAACTACA ACCCAGAAAC AAAAGATGCG GGTTTACGTC ACGTATTTAT TAAAGTGAAT
GATGAAAAAG ATTTAGCCAC TGTACGTGAT GCGGTAAATC GCACTTATGC GCAAGTGCGT
ACTGAACTCG TTTCAACAGA AAAGCTTGAT AACTTAAAAT CTAATCTAAA ATATAGCTTT
GTGAATAGCT TAGATTCTTC AGAGTCTATT GCGGCAACAC TTGCCAGTTA TATGCACTTT
GATCGCGATC CTGAAACGAT TAACCATCTT TATAATAGTT TTGACAATAT TTCGGCCGAT
GACATCAAAC GTATCGCCAA TCAATATTTT ATTGATGAAA ACCGTACCAC GGTGACGTTA
TCAGCATTAG ATAAAGTGGC TGGCTTTGAC CAAGAAGTTG ACTTAAATGG CGCGGTAGCA
GCGATTGAAT TGAAAAACTC TCAACCTAGC ACTCCACAGT TTTCAGTATT GGATAATACC
AATGACTCGC CGTTGATTGA TGTTAACTTC CTGTTTTATA CGGGTGCAGC AGCAGACCCT
GTAGGTAAAA AGGGCGTGGC AGCATTGACC GCACGCATGT TAACCCAAGG TGGTTCACAA
ACGCGTAGCT ATCAAGACAT TAAGAAAGGT TTATATCCGA TTGCCGGAAG CTTTTCGTCT
CAGTTAGATA AAGAAATGAT GTCATTTACT GGTCGTGTTC ACAAAGACAA TGCGACACAG
TGGTATCAAT TGATCAGTGA TCAATTATTG AATCCGGGCT GGCGTGAAGA TGACTTTAAG
CGTCTGAAAA AAGAGTTAAT CGATGGTATT AAGTCTGGGC TTAAATCTTC TAATGATGAA
GAGTTAGGTA AAGAAGTGCT TTATAGCGAA CTTTATCAGG GCCATGTTTA TGAAAACTTT
AACAGTGGTG ATTTATCTGA CTTAGCCGCA ATCACCCTTG AAGATGTTAA AGCGTTCTAC
AGCGCACAAC TTACACAAGC TAAATTACAC TTGGGTATCA CTGGCGCTAT GCCGAGTGAT
TTAAAAGCAC AGTTAATGAC TGACTTAACG GCATTGCCTG TTGGGGATGA AAAGCGTTTA
ACTATTGCTA AGGCGCCTGT GCTAAAAGGT CATCATGCAA CAATTGTTGA AAAGAATGCG
CAATCAACAG CCGTTTCTTT TGGTTTCCCA ATCGATACTA TTCGCAGTGA CAAAGACTGG
GCAGCGCTTT GGTTAGTTCG CTCGTACTTT GGTGAGCATC GTAGTTCTAA CAGCTACTTG
TATCAGCAAA TTCGTCAAGC GCGCGGTATG AACTATGGTG ATTATTCTTA TATTGAATAT
TTCCCACGTG GTATGTACCA AACTAAGCCG GATTCAAACT TAGGCCGTTC AAGCCAAATT
TTCCAAGTTT GGTTACGTCC TTTACGTTCA AATAATGACG CGCATTTTGC TACACGTGCC
GCTTTGTTTG AATTGGACAA CTTGATTGAA AATGGCATGA GCGAAAAAGA CTTTCAAGCA
ACACGTAATT ACTTAACTAA CTATGCTCCG CAATTAGTTG CTAGCCAAGA TCAGCAATTA
GGTTATGCCT TGGATAGTGA GTTTTATCAA ACAGAAGAGT TTGTTAAGTA CGTACGTGGC
GAGTTTGCAA AACTAACGTT AGACGATGTG AACCGTGTTA TTAAAGAAAA CTTACAAACA
GATGATATTC ACTATGTTTT CATTTCGAGC GATGGTAAAG ATATGCAGCA ACGTTTGTTG
TCTGAACAAG TATCACCGTT GAAATATAAC AGTGAAAAAC CTGCAGAGCT TTTAGCTACC
GATAAAGTTA TTGAAAGCTA CAAGTTAACG CTGCCGGCGA AAAATGTCGA AGTGATTGCG
GTAGATAAGG TGTTTAAGTA G
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| Protein sequence | MKKKYLAVVI AASLALSACM ATSSDSVSDT GKNASTQSSE NSANKVFSQK YLFKELSNGL
RVLVVKTDYP DLVSVQIPVS VGSRDEDEAG KTGFAHFFEH MMFKGSDKFP QDVYSDLFKN
AGVDNGAYTT NDYTNYHLDF SKDHLDKVLE IQADHFKNLT YTDAQFKTEA LTVKGEYLKN
NASPTRKLLA AVRKEAFDTH TYKHTTMGFF EDVEAMPNQI AYGEKFFNQF YKPEYVSLVI
VGDVDPQATM AMVEKHWGNW KKGDFVNDIA QEPKQEEAKY VHEKFDGLPG HWLLVSYKGA
DWQPKKKDRA ALDLISELYF SNNSALYQEL VVDKQLASQM FNYNPETKDA GLRHVFIKVN
DEKDLATVRD AVNRTYAQVR TELVSTEKLD NLKSNLKYSF VNSLDSSESI AATLASYMHF
DRDPETINHL YNSFDNISAD DIKRIANQYF IDENRTTVTL SALDKVAGFD QEVDLNGAVA
AIELKNSQPS TPQFSVLDNT NDSPLIDVNF LFYTGAAADP VGKKGVAALT ARMLTQGGSQ
TRSYQDIKKG LYPIAGSFSS QLDKEMMSFT GRVHKDNATQ WYQLISDQLL NPGWREDDFK
RLKKELIDGI KSGLKSSNDE ELGKEVLYSE LYQGHVYENF NSGDLSDLAA ITLEDVKAFY
SAQLTQAKLH LGITGAMPSD LKAQLMTDLT ALPVGDEKRL TIAKAPVLKG HHATIVEKNA
QSTAVSFGFP IDTIRSDKDW AALWLVRSYF GEHRSSNSYL YQQIRQARGM NYGDYSYIEY
FPRGMYQTKP DSNLGRSSQI FQVWLRPLRS NNDAHFATRA ALFELDNLIE NGMSEKDFQA
TRNYLTNYAP QLVASQDQQL GYALDSEFYQ TEEFVKYVRG EFAKLTLDDV NRVIKENLQT
DDIHYVFISS DGKDMQQRLL SEQVSPLKYN SEKPAELLAT DKVIESYKLT LPAKNVEVIA
VDKVFK
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