Gene Sbal_3200 details

Gene Information

• Locus tag: Sbal_3200
• ID: 4842028
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella baltica OS155
• Kingdom: Bacteria
• Replicon accession: NC_009052
• Strand: +
• Start bp: 3746407
• End bp: 3748296
• Gene Length: 1890 bp
• Protein Length: 629 aa
• Translation table: 11
• GC content: 49%
• IMG OID: 640120459
• Product: peptidase S8/S53 subtilisin kexin sedolisin
• Protein accession: YP_001051550
• Protein GI: 126175401
• COG category: [O] Posttranslational modification, protein turnover, chaperones
• COG ID: [COG1404] Subtilisin-like serine proteases

Plasmid Coverage information

• Num covering plasmid clones: 26
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGCATAAGA AACATTTAAT AGCAGTCGCG GTCGCAACTG GACTTGCTTA CTTCCCTGTT 
AACGCTAATG AATACCAAGC GACTATGGTA AGTGTCCCAC AATCTAAGGC CATCAAAGAT 
ACTTACATCG TTGTATTCAA TACCCCAAGT GTTCTTAATC TAAGTAATAA CAACACCATA 
GCTGAATTCG CGGTTCAACA AGCCGAGAGT TTAGTCAATC AATATGATGT CAGAGTGATG 
AAAAACTTTG GCAATGTGCT CAACGGTGTA CTCATCAATG CCAGTGCCCA ACAAGTTAAA 
GCACTGCTTA AAGATCCAAA CGTGAAGTAC GTAGAACAAG ATCAAGTGAT GTCAGTAACG 
CCCATGATGG AAGCCAATGC GGACCAACCG AGTCCGACCT GGGGCATAGA CAGAATCGAT 
CAACGCAACT TGCCATTGGA TAACAACTAT CACACGGATT ACGATGGATC AGGTGTGACC 
GCCTTTGTTA TTGATACTGG GGTGCTAAAT ACACACAATG AGTTCGGCGG CCGCGCAAGC 
AGTGGCTATG ACTTTATCGA TAATGATTAC GATGCGACTG ACTGTAACGG TCATGGTACC 
CATGTGGCGG GGACGATTGG CGGCTCAACC TACGGTGTCG CGAAAAACGT CAATGTGGTG 
GGCGTCAGAG TGCTCAACTG TTCAGGTTCT GGCAGTAACT CTGGCGTGAT TGCAGGGATA 
AACTGGGTGA AAAACAATGC TTCAGGCCCC GCTGTCGCGA ACATGAGTTT AGGGGGCGGG 
GCCTCCCAAG CCACAGATGA TGCCGTCAAT GCCGCTGTTG CCGCAGGGAT CACCTTCGTC 
GTCGCAGCCG GCAATGATAA TAGTAATGCC TGTAACTACT CCCCAGCTCG TGCCGCAGAT 
GCCATCACTG TCGGTTCAAC CACCAGTAAC GATTCCCGCT CGAGTTTTTC TAACTACGGG 
ACTTGCCTTG ATATCTATGC GCCCGGTTCG AGCATAACTT CCTCTTGGTA TACCTCAAAT 
TCAGCGACCA ATACCATTAG TGGCACCTCA ATGGCTTCCC CCCATGTGGC AGGCGTCGCG 
GCATTATACT TAGATGAAAA TCCTAACCTC TCCCCCGCAC AGGTGACTAA CTTACTCAAG 
ACGCGCGCCA CTGCGGACAA AGTCACAGAT GCTAAGACAG GCTCACCGAA TAAGTTACTG 
TTTTCACTTG CAAATGATGA TGGTGGCTGT GGCAATGATT GCCCCGTTGA CGAGACTCAG 
CTGCAAAATA ATGTGGGTAT TGCGATCAGT GGAGCCACAG GTTCAGCGAC TTATTACTAT 
ATCGATGTCC CCGCAAATGC AGCAAGTTTA GGCATCAACC TCGCGGGGGG CTCTGGCGAT 
GCGGATATTT ATGTGAGCCA AGGACAAAAA CCAACTACGA CCAGCTATCA ATGCCGCCCA 
TATCAAAATG GCAACAATGA GAGCTGTAAT TTCACTGCAC CTACGGCGGG TCGTTGGTAC 
GTGATGGTTC AAGGCTATAG CAATTATGCC AACGCCCAAC TGACAGCCAG CTACAACCTC 
AATGGCGGCG GAAATTGTAC CGATACGAAC TGCTTAACCA ATGGCGTACC CGTCACGAAT 
TTAAGTGGAG CAACGGGAAC TGAAACCCTG TATAAAATCG TCGTCCCAGC GAATAGCCAA 
CTCAGTATTA CCACCAGTGG CGGGACTGGA GACGTGGATC TGTATGTCAA AGCAGGGACT 
GTCCCAACGA CCACCAGCTA TGATTGTCGT CCCTATAAAA ACGGTAATAA TGAAAGCTGT 
TCAATCACCG TGACTCAAGC GGGAACTTAC CATGTGATGT TACGTGGTTA TGCTAATTAC 
TCGGGCGTTC AACTGAGTGC AAGCTACTAG 

 

Protein sequence

MHKKHLIAVA VATGLAYFPV NANEYQATMV SVPQSKAIKD TYIVVFNTPS VLNLSNNNTI 
AEFAVQQAES LVNQYDVRVM KNFGNVLNGV LINASAQQVK ALLKDPNVKY VEQDQVMSVT 
PMMEANADQP SPTWGIDRID QRNLPLDNNY HTDYDGSGVT AFVIDTGVLN THNEFGGRAS 
SGYDFIDNDY DATDCNGHGT HVAGTIGGST YGVAKNVNVV GVRVLNCSGS GSNSGVIAGI 
NWVKNNASGP AVANMSLGGG ASQATDDAVN AAVAAGITFV VAAGNDNSNA CNYSPARAAD 
AITVGSTTSN DSRSSFSNYG TCLDIYAPGS SITSSWYTSN SATNTISGTS MASPHVAGVA 
ALYLDENPNL SPAQVTNLLK TRATADKVTD AKTGSPNKLL FSLANDDGGC GNDCPVDETQ 
LQNNVGIAIS GATGSATYYY IDVPANAASL GINLAGGSGD ADIYVSQGQK PTTTSYQCRP 
YQNGNNESCN FTAPTAGRWY VMVQGYSNYA NAQLTASYNL NGGGNCTDTN CLTNGVPVTN 
LSGATGTETL YKIVVPANSQ LSITTSGGTG DVDLYVKAGT VPTTTSYDCR PYKNGNNESC 
SITVTQAGTY HVMLRGYANY SGVQLSASY