| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Patl_1035 |
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| Symbol | |
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| ID | 4172821 |
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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 | Pseudoalteromonas atlantica T6c |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008228 |
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| Strand | + |
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| Start bp | 1232391 |
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| End bp | 1236815 |
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| Gene Length | 4425 bp |
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| Protein Length | 1474 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 638054041 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_660615 |
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| Protein GI | 109897360 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.310715 |
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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 CACTGTCCAT TGCTGTATCC GCTGCATTGA TGTCAATGTC AGCGCACTCT
GCCGGAGAGT TAGCAGACGG AGTATCGAAG TTTGATATTT CGCCATCTGA ACTTAAAGGT
GCAAGTCCAG CATCAGTCAA TAAAAACAAA AATCAAAAAC CTATCGTAAA CAGTATTGCC
CAACGATTCG TCTTTGAGAA AGGCATAGAA AATAAACCCT ACGTTTATAT CGTTAGATTA
ACTGACAAAC CCGTAGCCAC CTATGATGGT GGAATTAAAG ACCTTAAAGC CACCAACCCG
AAAGTGACAA AATCGAGTAC TGCAAGAACG CAGGCACCTC AGAAGGCGCC CAAAATCGAT
GTTGAGTCTC CGGAAGTTAA AGCGTATGTA TCTTACCTTA AAGAGGCACA AGCCTCGTTT
ATTACACGCG CTTCAAGGGA AACAAGAGAC TTACGTGTCG TTGATACCTT TAAGTACAGC
GTAAACGGTG TTGCCGTGCG TGTTACGCCT GACGAAGCAG AGGCACTATC TAAATTACCC
GGTGTAGAAC GAGTAGAGCG TGAAGCAACC TACAAAATGG ACACGGACAC CGGGCCGGTA
AAGATCGGAG CACCGGACCT GTGGGACGGA ACAGTAACGA ATAGCGGTGT CGGCGCACTG
GGTGAAGGTA TCGTTATTGC TACGGTCGAT TCCGGTGTGA ATACCGATAG TCGCTCGTTT
GCCGATGTAG GCGATGACGG ATACGATCAT ACCAACCCTC GTGGGGCCGG TGTATATGTT
GGCGATTGTG CTGAAAACTT CCCAGAAATG TGTAATGACA AACTGATTGG CGTGCGCAGC
TACACTCGGA TCACGGATGA TTATGGGGAT ACCAATGTTT TCCCACCGAA TTTACCACGT
AATGGTGAAG ATTATAGCGG TCATGGCTCG CACACCGCTG GTACATTTGC TGGCAACATA
TTGCTAGATG TGCCTGTTCT TACGCCTGGT GAAGGCGAAG AAAGTGACGG TATTCCAGGT
GAGTTTGAAT TTGGTCAAAT ATCGGGTGTT GCGCCCCACG CTAACATCAT TGCCTATCAA
ATTTGTTACC CCGGGCGCGC TGATGCAGGA GATACCTATG GAGATTGCCC TGGTGCCGCT
ATTCTAGCGG GTATTGATGA TGCAATTGAA GATGGCGTCG ATATCATTAA CTATTCTATC
AGTGGTGGTG GGTTCCCTTG GAGCAGTGAC GTGGATATGG CGTTTTTGTC AGCCAGAAAC
GCGGGTATTT TTGTGGCTAC CTCTGCTGGT AACTCAGGCC CAGATGCGGA AACGACATCA
AAGCATGCCC CTTGGTATAC TGCCGTTGCT GCCTCTACTC ACGGTCGTGA AATAGATTAT
GCCAAAGAGA TAGGCGAGTT TACTGGCGGT GATACTGAGT TAGGCACGCT AACCGGTAAC
AGTAACTCTG GTGGGATCAC AGCTTCCATC GTTTATGCTG GTGATTACAG CAATGCTAAC
GATCCCGATG GCGATCCAGC CCAGTGCTTA CAACCATTTC CTGATGGTAC CTTCAGCGGA
GAAATAGTGC TTTGTGATAG AGGTGCAATT GCACGAGTCG CAAAAGCACA AAATGTCGCC
GCTGGTGGTG CAGATGGATT TGTTTTAGGT AACGTACTAG GCGGTGGCAG CACAGTCGAT
AATGACGCTT ATGTCATTCC TGGCATTCAC ATTAATGCTG AAAAAGCGGA CATGTTACGT
AGTTGGCTAG CAAGTGGCGA AGGTCACATG GCTACCATTA CCGCTTCTGC AGGTGAGTTA
ATTCTAAGTG AAGGGGATGA TATTGCTGAT TTCTCCTCTA GAGGGCCTAA TCCCTCCATT
AGCACCATTA CGCCACAAGT AGCAGCGCCT GGTGTTAGTA TTTATGCCGC TTCAGCGGAT
CAAAAGTTTG GTCATGATGG ACATGTAGCT GATCCTAGCG ATTTTGCGTT CTTAAGTGGT
ACGTCAATGG CAAGCCCGCA TGTAGCAGGC GCAGCCGCAT TGTTAATGGA AGCAAATCCT
AGTTGGTCGC CTGATAATGT GCGTTCAGCA TTGATGATGA CTGCAACCAC CAATATGCGC
AAAGAAGATG GCGTTACTCC TGCTGATTGG TTTGATATGG GCTCTGGTCG TATTCAGGTT
AATTTAGCCA ATCAAACCGG ACTTATCATG GATGAGTCTG GGGCTAATTA CCTAGCTGCA
AATCCAAATG ATGGTGGCGA TCCACGCACC CTTAACATTC CTAGTATGGC GGATGATAAC
TGCGTTGGAG CATGTCGCTG GACAAGAACA TTTACCGCTA CGAAAGACGG TTCATGGACT
GTATCAGGAG TAGGCATATC TGATGGTGTG AGTGTCACAG TTAGTCCTGA ATCGTTTGAT
ATCTTAGCCG GTCAAAGTCA GCAAATTACG GTTACTGCTT CAGCCAGCCA GAGCGGTCAA
GACTTCTTGT TTGGTCAAGT GAATCTTACC TCTGATAGCT CGCCTGATTT ACATTTGCCT
GTGGCTGTAA TTGCTACGAC GAGTAATATT CCAGACACCA TGAATATTTC AGCTGACAGA
GACGCAGATA CGCGTGTCCT TTCAGATATA TTAGCGGTGG AAATCAATGA CTTTACGGCG
CGTTCTTATG GGCTGACTAA AGCGACAAAT GCCGTCGCGA GCATTCCAGA AGATAGCAAT
AACAGTAGTG CTCTAGATGA TTTGAACGAC GGTGTTCACA TTATTCCTAT GATGGTTCCC
GAAGACGCTA AATACTTGGT CGCTGAGATA ACGGCTTCTG AATCACCTGA TTTGGATTTG
TTTTTGGTGC GCGACTTCAA TGAGAACGGC ATTCCAGATG CAAGTGAGAT TATTGGGTCA
AGTGCAACGG CAACTGCTTT AGAGAAAGTA GAAGTCACTG AACCAGAGCA AGGTATGTAT
TGGGTTGTCA TTCAGAATTG GAGCGCTTCA GCCTCTGATG CGAGTGATGA ATTTATGATT
GCTACAGCAA TAATTGACGC AGAAGTCGGT GACAACTTAA CTGTAGACGC TCCTTCTTCT
ATCCCTGCTA TTACTCCGTT TGACATTCGC GTTGGCTGGG ATATCGACGC TGTCGAAGGT
GATAAATACT ATGGTGCGTT TGATGTGGGT TCTAGTGCTG AATCTGCAGG TAATTTTGGT
CTTGTTATTG TGGAGTTAGA TAGGATCGCT GATGACGTAC AAGTCATAGG GGGCTCAGAT
GACGTTCTGA TGGCTGGTGA TGTTATCGAC TACGCTATAC AAGTAGGACC TAACTTTACA
AACGACGATC GTCTATACGA TATTTCATTA GCCTTGCCAG CAGGTGTAGA GTTAGTTGAA
GGTTCTTTGC TTGATGGCAC CGTTGCTGAT GACGGTTCCC TAACATGGAA TGTGGTTCAA
GAATCCATTA AAGGACAAAC GGCGTCTTAT ACTGCTTCAA CTAATGCAAA CAATCCATTG
TGTGCAAACC CTAACTTTGG CCAAGGATCT GGTTATATTG ATTTAGCCGG ATTTGGTCTT
GGATTCTCGG ATGCTGATGG TGATACCACA ACGGCAAACT TTAGTGTGCC AGCGTCATTC
CTTGGTCAAT TGTACGACTC AATTGGTGTG ACCGATGATG GGTTTATCAC GTTTACGGGA
GATGCTGGTG CAACTCCATG GGTGAACCAA CTCATGCCTG ATGAGACACC GGCTAATGGT
CTGGTTGCTC CACTATGGCG TGACATGATA CTCGATGTCG CGAATGGGTC GGGGATCACA
GTGGCGACGG CAGGCTCGGC TGTCACTATA GTCGAATGGG ATGATATGCG TCCTTTCTCA
GGCGATGCAG ATGTTCTTGA TTTCCAAGTT GTCTTTATGA ATGAAGCTGA GGGTGACCAA
CCTAATATCA TATTCACTTA TGATAATGTG TCTCATGCTA CAGCTGATAC CTTAGGAACA
TCGATTGGTT TTGAATCAGT AGATGGGCTG ACAGGTTTGA CAACTCACTA CGTGGGAGCT
GGTGAGCCTA TTGGTGACAT TGGAAGTGAT ATTGCGTCCG GTTCACAACT TTGCTTCACG
TTACAAGATC CTGATAACAC TCAACTTCTA ACATTTAGCT TAGTTGTTAC TGAAGATAAT
GCTGGTGGTC CAATCGAGCT GTTTGCAACC TCTTCTTTAC CAGCTAATGT TGGTACCAAA
GCGGAAAATA GTGAGATTAA TGCGAATGCC GTTGTTGCAG TGAAAGGAGA TTGGGATGGT
GATGGCGACG TGGATATGAT GGATATACGT GCTTTAACAA GAGCGATTCA GCTTCGTCAG
GATATCGATA TGAGTTTCGA TTTTAATGAC GATGGTCAAG TCACTTATAC AGACGTTAGA
TTACTCCAAC GTATGTGTAC CCGTTCAGCT TGTGCAGTGA ATTAA
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| Protein sequence | MKNTLSIAVS AALMSMSAHS AGELADGVSK FDISPSELKG ASPASVNKNK NQKPIVNSIA
QRFVFEKGIE NKPYVYIVRL TDKPVATYDG GIKDLKATNP KVTKSSTART QAPQKAPKID
VESPEVKAYV SYLKEAQASF ITRASRETRD LRVVDTFKYS VNGVAVRVTP DEAEALSKLP
GVERVEREAT YKMDTDTGPV KIGAPDLWDG TVTNSGVGAL GEGIVIATVD SGVNTDSRSF
ADVGDDGYDH TNPRGAGVYV GDCAENFPEM CNDKLIGVRS YTRITDDYGD TNVFPPNLPR
NGEDYSGHGS HTAGTFAGNI LLDVPVLTPG EGEESDGIPG EFEFGQISGV APHANIIAYQ
ICYPGRADAG DTYGDCPGAA ILAGIDDAIE DGVDIINYSI SGGGFPWSSD VDMAFLSARN
AGIFVATSAG NSGPDAETTS KHAPWYTAVA ASTHGREIDY AKEIGEFTGG DTELGTLTGN
SNSGGITASI VYAGDYSNAN DPDGDPAQCL QPFPDGTFSG EIVLCDRGAI ARVAKAQNVA
AGGADGFVLG NVLGGGSTVD NDAYVIPGIH INAEKADMLR SWLASGEGHM ATITASAGEL
ILSEGDDIAD FSSRGPNPSI STITPQVAAP GVSIYAASAD QKFGHDGHVA DPSDFAFLSG
TSMASPHVAG AAALLMEANP SWSPDNVRSA LMMTATTNMR KEDGVTPADW FDMGSGRIQV
NLANQTGLIM DESGANYLAA NPNDGGDPRT LNIPSMADDN CVGACRWTRT FTATKDGSWT
VSGVGISDGV SVTVSPESFD ILAGQSQQIT VTASASQSGQ DFLFGQVNLT SDSSPDLHLP
VAVIATTSNI PDTMNISADR DADTRVLSDI LAVEINDFTA RSYGLTKATN AVASIPEDSN
NSSALDDLND GVHIIPMMVP EDAKYLVAEI TASESPDLDL FLVRDFNENG IPDASEIIGS
SATATALEKV EVTEPEQGMY WVVIQNWSAS ASDASDEFMI ATAIIDAEVG DNLTVDAPSS
IPAITPFDIR VGWDIDAVEG DKYYGAFDVG SSAESAGNFG LVIVELDRIA DDVQVIGGSD
DVLMAGDVID YAIQVGPNFT NDDRLYDISL ALPAGVELVE GSLLDGTVAD DGSLTWNVVQ
ESIKGQTASY TASTNANNPL CANPNFGQGS GYIDLAGFGL GFSDADGDTT TANFSVPASF
LGQLYDSIGV TDDGFITFTG DAGATPWVNQ LMPDETPANG LVAPLWRDMI LDVANGSGIT
VATAGSAVTI VEWDDMRPFS GDADVLDFQV VFMNEAEGDQ PNIIFTYDNV SHATADTLGT
SIGFESVDGL TGLTTHYVGA GEPIGDIGSD IASGSQLCFT LQDPDNTQLL TFSLVVTEDN
AGGPIELFAT SSLPANVGTK AENSEINANA VVAVKGDWDG DGDVDMMDIR ALTRAIQLRQ
DIDMSFDFND DGQVTYTDVR LLQRMCTRSA CAVN
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