| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Patl_0638 |
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| Symbol | |
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| ID | 4172992 |
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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 | 737823 |
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| End bp | 740459 |
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| Gene Length | 2637 bp |
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| Protein Length | 878 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 638053641 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_660221 |
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| Protein GI | 109896966 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.167196 |
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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 | ATGAAAAATG ATCTTTTAGA CCGATTCACA GGCTACTTTG TGGGTTGTTT GTGTGTTTTT
TTGGCTGCAA ACAGCGCGGC AATCGAGCTG ACAGAAGTTG AGGCCCAGCC TAATGTTCTA
AACGCTAAGC AACATGAATT GCTTGTTACC CAGCTACAAA AAGAGGACAC GATTCGGGTA
ATAGTCGAAC TTAATCTAGA GACCAACAAC GCAGCATCGG CGCTACAATC AGATTCACAA
CAGACTATCA CAGAACAGTC CACCACAGAA AAGTCCGCTG AGGCGCAAGA GCAGGCGAGT
GAGCAATTTG CCTTGCAAGC GATTGCCAGC GCACAAGCGA GCTTGCAAGC GACGCTTAGT
CAGTCAGGGG CGGTACTCAA ACATAGTTTT ACTCACATGC CTTTGGTTGT GTATGACATA
GATACCAAAG CCCTGAGCGC ATTAGAGAAA TCATCTCAAG TTAAAAGTAT TCAAATAGAT
CAAATTCGTC AGCCTTCGTT GGCACAAAGC ACCGCTATAA TCGGCACTGA AAACGCTTAT
GAAATAGGGG CAACTGGAGC GGGGAAGACG GTGGCTGTGC TAGATTCAGG TGTTGAATCT
GATCACCCTT TTTTAAGCGC TAAAGTCGTG TCAGAAGCGT GCTTTTCTAC TCATCGCAGT
TCGGGCTTTT CTGATTCAAT TTGCCCAAGC GGTAATAATG ACGAAATTGC CCAAGGCGCA
GCACAGGCTT GTGATTTCAG TGGTTGTTAT CACGGGACTC ACGTGGCTGG TATTGTTGCA
GGCGGCAGCG AAAACCTGCA TGGGGTGGCA AAAGACGCTG ACATTATAGC TATTCAGGTG
TTCTCGAAAA TCTTAGACAA CGATTATTGT AGCGGTAGCC CGCCTTGTTT AGGCGCTTAT
GACTCCGACG TTATTCAAGG ACTAGAGCGC GTTTACGCCC TGCGCAATAC TTATTCTATC
CCTGCCGTGA ACATTAGCCT TGGCGCTGGT GGATATTTAT CGCAAAGTGC ATGTGACTCA
GCCAATCGCA GTTATGCTAG CGCGGTCAGT AAGTTGAATG ATGCGGGGAT CGCTGTTGTT
ATCGCCTCAG GTAATAACGG TTACAGCAAT AAAATCAGTG CGCCAGGTTG TGTGAGTAAT
GCTGTTAGCG TCGGTGCCAC AACTGACAGT GATGGTATGG CTTGGTTTAC CAATAAAGCT
GACTTTCTTA CTCTACTTGC ACCAGGCACC AGTATTCAAT CATCTGTTCC AGGGGGCAAA
TATTCTTCTG CTCAAGGGAC CTCGATGGCA GCTCCCCATG TCGCGGGTGC CTTTGCAGCG
CTGGCCTCTT TAGAAAATAC ACCAGATAAA ACGCAAATTT TAAGTGCTTT ATTGAACACA
GCAAAAGCAG TCGACTCCGG TTCACTGACG TTTGGGCGTA TCGCTATTGG GGCGGCGGCC
GAAAACTTAA TGCCAAAGCC TGAAATAGAC CAGCAGCTCA GCATTCGAAT CAGTGTGGAT
AACTCAGAAG AGCTATATTT TAATGGTGTG TTGTTAGGTG GGTCCAGCGA TTGGAAAACC
AGTAAGTTAT ATAACGTCAA TGTGACTCAG GTGGATAACG TTTTAGCGGT CAAAGCAATG
GACGTTGATG GCTTGGCCGC ATTAATAGCC CAGTTAGATC TTGATGGACA ACCATTTTAC
AGCGATGAAA ATTGGAAAGT GTCTACCGAA TTTGTTGAAG GATGGCAGCA AACTGATTTC
GATGACAGTC AGTGGCAAGC GGCCAGTACC TATGGCTATT ACGGTGTATG GCCATGGTAT
AAAAAAGTAA AGTGGTGGCC AAGCAGCAGC CAAGCACAGT GGCTCTGGTC AGATGCGCGT
TATGACGACA ACACTGTGTA CTTTCGCTAT CACATCGCGG CAAGCGAAGA ACCCGCGCCT
GAGCCAGTCG TTATCAACAC CCAAGCGTTA GTTGAAGGTC AGGTGGGGGA AACCTATTCC
GTGACATTAA GCGCCAGCGG TGGCAGCGAA TCATTCTTAT GGTCTGTGGT TAGTGGGGAC
TTACCCAGCG GGTTGTCGCT AGACGCGCAA AGTGGTGAGT TAGCAGGTAC ACCTGATGCG
CCAGGCGAGT TTGTATTCAC GGTTGAGGTA ACTGATACCA CCGGAGAACA AGCTCAGCTA
GAACTGAGTT TGTCTATTGC TGGAGCGCCT ATAACCTCTG AAATGGCGAC GATTACTATT
TCGGTCGATA ATTTCGAGGA TACCTATTTT AACGGAGTGT TCTTAGGCTC ATCTACCAAC
TGGATGTACG CTAAAAGTTA TACCGTAGAA CTTGTTTCTG GTCGCAATGT ACTGGCTGTT
AAAGCACAAG ATGTTGACGG CATTGCAGCG CTTATTGCCA AAATAGAGAC TGAGCAAGGG
GTTATTGTTA GTGACAGTGA TTGGAAAATC TCTACTCAAA CGTTTGATGA TTGGAATACT
CAGGCTTTTG ATGACAGCAG TTGGGGCAAT GCCAGAGCGT ATGGCTCGTA TGGGGTGAAC
CCTTGGCGCT CACGAGTAAG CCGCTTGAAT GGCTCCGCTG GTGCCAAGTG GATTTGGTCA
GCAGATAATG ACCTAGATAA TTTGGTGTAT TTCAGACTGG TCATTGAGCG CCCGTAA
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| Protein sequence | MKNDLLDRFT GYFVGCLCVF LAANSAAIEL TEVEAQPNVL NAKQHELLVT QLQKEDTIRV
IVELNLETNN AASALQSDSQ QTITEQSTTE KSAEAQEQAS EQFALQAIAS AQASLQATLS
QSGAVLKHSF THMPLVVYDI DTKALSALEK SSQVKSIQID QIRQPSLAQS TAIIGTENAY
EIGATGAGKT VAVLDSGVES DHPFLSAKVV SEACFSTHRS SGFSDSICPS GNNDEIAQGA
AQACDFSGCY HGTHVAGIVA GGSENLHGVA KDADIIAIQV FSKILDNDYC SGSPPCLGAY
DSDVIQGLER VYALRNTYSI PAVNISLGAG GYLSQSACDS ANRSYASAVS KLNDAGIAVV
IASGNNGYSN KISAPGCVSN AVSVGATTDS DGMAWFTNKA DFLTLLAPGT SIQSSVPGGK
YSSAQGTSMA APHVAGAFAA LASLENTPDK TQILSALLNT AKAVDSGSLT FGRIAIGAAA
ENLMPKPEID QQLSIRISVD NSEELYFNGV LLGGSSDWKT SKLYNVNVTQ VDNVLAVKAM
DVDGLAALIA QLDLDGQPFY SDENWKVSTE FVEGWQQTDF DDSQWQAAST YGYYGVWPWY
KKVKWWPSSS QAQWLWSDAR YDDNTVYFRY HIAASEEPAP EPVVINTQAL VEGQVGETYS
VTLSASGGSE SFLWSVVSGD LPSGLSLDAQ SGELAGTPDA PGEFVFTVEV TDTTGEQAQL
ELSLSIAGAP ITSEMATITI SVDNFEDTYF NGVFLGSSTN WMYAKSYTVE LVSGRNVLAV
KAQDVDGIAA LIAKIETEQG VIVSDSDWKI STQTFDDWNT QAFDDSSWGN ARAYGSYGVN
PWRSRVSRLN GSAGAKWIWS ADNDLDNLVY FRLVIERP
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