| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PMT9312_1185 |
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| Symbol | |
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| ID | 3765992 |
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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 | Prochlorococcus marinus str. MIT 9312 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007577 |
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| Strand | - |
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| Start bp | 1102422 |
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| End bp | 1105097 |
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| Gene Length | 2676 bp |
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| Protein Length | 891 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 637797713 |
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| Product | subtilisin-like serine protease-like |
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| Protein accession | YP_397680 |
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| Protein GI | 78779568 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | ATGAGCAATA AAAAAGAAGG CTCATCAGGT AGTTTTGATA AATTAAACAC TGATAACAAT
AACAATAAAA AAAATCTTTC GAAACAAAAT AGTGAAGTTG AAAATGGATT AAATAAGCTA
GAAAATAATA AAAGTAATAC AGAAATAAAT TTAATTAAAC AAATATCAAC TGAAGGAGAA
TCATATGAGA TTGAATATTC AATTGATCAA ATACAGAATC CTATAGATAA AAGTTCAGAT
TTAAAACAAT TTAATCTAGA AAGAATTCGA AAATTGCAAA CATTTGATTT GGAATATAAA
AATAAATACT ACGAAGATTA TTTTAATTCG TATTCAATAG ATAGTTATGA AAATCAAGAA
ATTTCTTTAA TTCAATTTAA TCAAAATACA ATTATAGATT TTAAAAATTC AGAAAATATA
CTTGAACGAA CAAAATCATC TTCAGGTTCA GGATGTGGTA ATCAGGAAAT TCCTACTCCT
ATAAATTTTT CAAGTACAGA TGGCTATGGA CATGCAAATA TTGAAAGGGC ATTTGAGATT
CTTAAAGGGA TTGATATCTC TTCAAAGGAT GATTTGGGAG GTAATTTATG GGGTTTAGAT
AATATTGGAG CCCCTGAGGT TTGGACAAGT ACAGGATGTT TTAGTGGCAG TACGGGAAAA
GATGTTGTTG TAGCTGTATT AGATACTGGT CTTGATTATA GTCATTCTGA ATTTTCTGGG
AGAATTGTAG ATGGATATGA TTTTATTGAT AATGATAATA TTGCACAAGA TGTGCATGGA
CATGGTACTC ATTGTTCAGG AACTATATTA GGAGCTAATG ATGGAGTGGG AATTACAGGA
GTTGCTTATG ATGCAAAAAT TATGCCAATT AAAGTTTTAA ATGATAGTGG CCGTGGATCG
ATAGCAGGAA TAGTTGCTGG TATGAGATGG GCGGTAGATA ATGGAGCTGA TGTACTTAAT
CTTTCTTTAG GGGGTGGCGC GCCTAATAGC GATTATTTGG ATGCTTTAAA ATATGCTGCA
GATAATGGGG TTGTGGTTGC GATGGCTTCA GGAAATTCTT CCTCTAGTGC TCCTTTATGG
CCTGCTAGAT ATGCTACGGA TTATGGAATA GCAGTTGGTG CTGTTGATAT AAACAAAAAT
GATGCTTATT TTTCTAATCG CGCTGGCAAC ACCACGATGG ATTATGTATC TGCACCTGGT
GTAAATGTTT ATTCTTCTCT TCCTGGAGGA GGATATGAAA GTTGGAATGG AACTTCAATG
GCTGCTCCGC ATGTTGCTGG AATGGCTGCA TTATTGAAAA GTTATGATAA AACTTTAACT
CCATTACAAA TAGAAACTTT AATTTCTGCA TCAGCGTCTA ATTCGGATTC AAACTCATCT
AATAATTCAA ATAATTATTT TGAATCCAAT TCAGAATTTA ATATGTTCTA TTCCAAAGAC
TTTGATGATT TGTTCTTTGA ATCTAACGAA TTAATCTCAG GTTATGAATA TAGTTTTGAT
TCAAACTCAT CTGGTTCAGA TTATTTGGAT TGGGCCCTAG ATTTAATTGG TGAGAATAAT
GAAAAAATGT ACATAGCAGG AACAGATGGA TTTTATGAAA ACCAAAGTAA AAATAAAATT
GAAGAATTAA ATTCTTTTAT TGATGAAATT AATCAAGGAG TAGAAGATAA AGAAGAAGAG
ATAGCATATG CGGGCGGAAC AGATGGATTT TATGAAAACC AAAGTAAAAA TAAAATTGAA
GAATTAAATT CTTTTATTGA TGAAATTAAT CAAGGAGTAG AAGATAAAGA AGAAGAGATA
GCATATGCGG GCGGAACAGA TGGATTTTAT GAAAACCAAA GTAAAAATAA AATTGAAGAA
TTAAATTCTT TTATTGATGA AATTAATCAA GGAGTAGAAG ATAAAGAAGA AGAGATAGCA
TATGCGGGCG GAACAGATGG ATTTTATGAA AACCAAAGTA AAAATAAAAT TGAAGAATTA
AATTCTTTTA TTGATGAAAT TAATCAAGGA GTAGAAGATA AAGAAGAAGA GATAGCATAT
GCGGGCGGAA CAGATGGATT TTATGAAAAC CAAAGTAAAA ATAAAATTGA AGAATTAAAT
TCTTTTATTG ATGAAATTAA TCAAGGAGTA GAAGATAAAG AAGAAGAGAT AGCATATGCG
GGCGGAACAG ATGGATTTTA TGAAAACCAA AGTAAAAATA AAATTGAAGA ATTAAATTCT
TTTATTGATG AAATTAATCA AGGAGTAGAA GATAAAGAAG AAGAGATAGC ATATGCGGGC
GGAACAGATG GATTTTATGA AAACCAAAGT AAAAATAAAA TTGAAGAATT AAATTCTTTT
ATTGATGAAA TTAATCAAGG AGTAGAAGAT AAAGAAGAAG AGATAGCATA TGCGGGCGGA
ACAGATGGAT TTTATGAAAA CCAAAGTAAA AATAAAATTG AAGAATTAAA TTCTTTTATT
GATGAAATTA ATCAAGGAGT AGAAGATAAA GAAGAAGAGA TAGCATATGC GGGCGGAACA
GATGGATTTT ATGAAAACCA AAGTAAAAAT GGAACTATTT TGGGTTTTAA CTCTAATTTA
GAAAATGAAA ATAATCTTTT TGAAGATAAT TTAATTTTGA GTAATAATGG TTTCCAAAAT
TATTTAGAAA ATCAAAATAA TAATTATTCT GTTTAA
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| Protein sequence | MSNKKEGSSG SFDKLNTDNN NNKKNLSKQN SEVENGLNKL ENNKSNTEIN LIKQISTEGE
SYEIEYSIDQ IQNPIDKSSD LKQFNLERIR KLQTFDLEYK NKYYEDYFNS YSIDSYENQE
ISLIQFNQNT IIDFKNSENI LERTKSSSGS GCGNQEIPTP INFSSTDGYG HANIERAFEI
LKGIDISSKD DLGGNLWGLD NIGAPEVWTS TGCFSGSTGK DVVVAVLDTG LDYSHSEFSG
RIVDGYDFID NDNIAQDVHG HGTHCSGTIL GANDGVGITG VAYDAKIMPI KVLNDSGRGS
IAGIVAGMRW AVDNGADVLN LSLGGGAPNS DYLDALKYAA DNGVVVAMAS GNSSSSAPLW
PARYATDYGI AVGAVDINKN DAYFSNRAGN TTMDYVSAPG VNVYSSLPGG GYESWNGTSM
AAPHVAGMAA LLKSYDKTLT PLQIETLISA SASNSDSNSS NNSNNYFESN SEFNMFYSKD
FDDLFFESNE LISGYEYSFD SNSSGSDYLD WALDLIGENN EKMYIAGTDG FYENQSKNKI
EELNSFIDEI NQGVEDKEEE IAYAGGTDGF YENQSKNKIE ELNSFIDEIN QGVEDKEEEI
AYAGGTDGFY ENQSKNKIEE LNSFIDEINQ GVEDKEEEIA YAGGTDGFYE NQSKNKIEEL
NSFIDEINQG VEDKEEEIAY AGGTDGFYEN QSKNKIEELN SFIDEINQGV EDKEEEIAYA
GGTDGFYENQ SKNKIEELNS FIDEINQGVE DKEEEIAYAG GTDGFYENQS KNKIEELNSF
IDEINQGVED KEEEIAYAGG TDGFYENQSK NKIEELNSFI DEINQGVEDK EEEIAYAGGT
DGFYENQSKN GTILGFNSNL ENENNLFEDN LILSNNGFQN YLENQNNNYS V
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