| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Syncc9605_2600 |
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| Symbol | |
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| ID | 3735310 |
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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 | Synechococcus sp. CC9605 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007516 |
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| Strand | + |
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| Start bp | 2411856 |
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| End bp | 2415803 |
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| Gene Length | 3948 bp |
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| Protein Length | 1315 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 637777186 |
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| Product | subtilisin-like serine protease-like |
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| Protein accession | YP_382882 |
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| Protein GI | 78214103 |
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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 | 0.0639979 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.124831 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCCACCA TTGAATCAGA AGGGTCCGTC GAACTTCAGG TCGATTCCAA TGGCAAGGCC
TGGATCCACA ACGGCTCCGA TCTCATCCAA ATCAACCGCA ATGATTTGGG TGGACACGTC
AGCCAAGATC GTGGCTGGTG GAAAGTCAGT GCTGCTGAAA CCATCAATGG CACCAACTAT
GTTGTTGATG CCTCCCCTGA CGGTGTCTAC GTCTGGGAGA TGGATAGCAA CTGGAACTTC
GTTCGCAATA GCCAAACCGC GACACCAGGA TCTTCTGCTT ACAACACCAT TGAGATCAAC
TTCAACGTTG ACTTCAACGA TGATGCTCTG ATCGGCATCC CTACATCCAT TGAATCAGAA
GGGTCCGTCG AACTTCAGGT CGATTCCAAT GGCAAGGCCT GGATCAACAA CGGCTCCGAT
CTCATCCAAA TCAACCGCAA TGATTTGGGT GGACACGTCA GCCAAGATCG TGGCTGGTGG
AAAGTCAGTG CTGCTGAAAC CATCAATGGC ACCAACTATG TTGTTGATGC CTCCCCTGAC
CGTGTCTACG TCTGGGAGAT GGATAGCAAC TGGAACTTCG TTCGCAATAG CCAAACCGCG
ACACCAGGAT CTTCTGCTTA CAACACCATT GAGATCAACT TCAACGTTGA CTTCAACGAT
GATGCTCTGA TCGGCATCCC TACATCCATT GAATCAGAAG GGTCCGTCGA ACTTCAGGTC
GATTCCAATG GCAAGGCCTG GATCAACAAC GGCTCCGATC TCATCCAAAT CAACCGCAAT
GATTTGGGTG GACACGTCAG CCAAGATCGT GGCTGGTGGA AAGTCAGTGC TGCTGAAACC
ATCAATGGCA CCAACTATGT TGTTGATGCC TCCCCTGACC GTGTCTACGT CTGGGAGATG
GATAGCAACT GGAACTTCGT TCGCAATAGC CAAACCGCGA CACCAGGATC TTCTGCTTAC
AACACCATTG AGATCAACTT CAACGTTGAC TTCAACGATG ATGCTCTGAT CGGCGTCCCT
ACATCCATTG AATCAGAAGG GTCCGTCGAA CTTCAGGTCG ATTCCAATGG CAAGGCCTGG
ATCAACAACG GCTCCGATCT CATCCAAATC AACCGCAATG ATTTGGGTGG ACACGTCAGC
CAAGATCGTG GCTGGTGGAA AGTCAGTGCT GCTGAAACCA TCAATGGCAC CAACTATGTT
GTTGATGCCT CCCCTGACCG TGTCTACGTC TGGGAGATGG ATAGCAACTG GAACTTCGTT
CGCAATAGCC AAACCGCGAC ACCAGGATCT TCTGCTTACA ACACCATTGA GATCAACTTC
AACGTTGACT TCAACGATGA TGCTCTGATC GGCGTCCCTA CATCCATTGA ATCAGAAGGG
TCCGTCGAAC TTCAGGTCGA TTCCAATGGC AAGGCCTGGA TCAACAACGG CTCCGATCTC
ATCCAAATCA ACCGCAATGA TTTGGGTGGA CACGTCAGCC AAGATCGTGG CTGGTGGAAA
GTCAGTGCTG CTGAAACCAT CAATGGCACC AACTATGTTG TTGATGCCTC CCCTGACCGT
GTCTACGTCT GGGAGATGGA TAGCAACTGG AACTTCGTTC GCAATAGCCA AACCGCGACA
CCAGGATCTT CTGCTTACAA CACCATTGAG ATCAACTTCA ACGTTGACTT CAACGATGAT
GGGGAAATAG GTATAAGTGA CGACTATGCT GAAAATATCA ATACCAACGG GAAAGTTGAA
CTGAACGATC CGGAAATGGG GGATCTCGAA ATAGCAGGAG ACCACGATTG GTTCGCCATC
ACCCTAACCG CCGGGAAGAG CTATCAATTT GATGTTTTCG GGATCAATCT TGATGATCCT
TATCTCTATT TCAGGAGTTC CAACGGATCT CTAATCAGCA GTGACGACGA TGGCGGGGCA
GGGAAGAATT CTCGGCTGTT ATTCAATGCC ACATCATCAG GCACTTTCTT CCTCGATGTT
GGCGCATGGG CCGACCGCGG CGAAGGGCAA TACATCATTT CTGCTGTTGA ACTAGCTCCA
GTGGATGACG GAGACGCTAG TTTCGCCATC ACCGGCATTC CAGAAGTCGG CGAAACACTC
TCCATCACTC GCACTGCAGA TGATCCTGAT GGCAATGGGT CATCACAATC AGTCGAGTGG
CAGATATCCA CTGACAGCAG CAACTGGTCC ACCGTCGCCA CAACCAACCA ACTCAGGCTA
ACCGAAGCCT TGGCCAACAA GCAGCTTCGG GCTTCGGTGT CCTATGTCGA CGGTGAAAAC
TTTTCCGAGC AGGTATTCAC CAATAGCGTT CAAGTCATCG ACAATAGCGA TGACTTTCCT
AGCTCTGTCG ATACACATGG TGTAGTCCAT ATCGGTACGT CTGCGACAGG AGAGTTGGAG
GAGCTCGCTG ATCGTGACTG GTTTGCCATT GAACTAGAAG CCGGCGAACT TTATCGCTTT
GATCTGGTCG GCAACAGCCT TCGTGATCCC TACCTCTATT TGCGCGGTGC CGCTGGTGAG
CTCCTCACAT TTGACGACGA CGGCGGAAGC GGTCTGAATT CACAGATCAC CTTCCAAGCC
AGCTCCGACG GACGCTATTT CCTTGATGTG GGCGCCTATT CCGACAACAC CACAGGCACC
TACACCCTCT CTGCTACGCA GTTAGCGCCA CCTGCACCTG GTTTCAACAG CACCGACGGG
TATGGCCACG CGAATGCCAA ACGGGCCTTC GAAAATCTAC TGGATATCTC GCTGTCGGAT
CAGCCTGCCT TGGGGGGAAA TCTCTGGGGA CTCGACAATG TGAATGCCCC AGAGGTCTGG
GCTGGAGGCA GTGGTTTCAC CGGAGCCACA GGTGAAGACG TCACCATTGC GGTGATTGAC
ACCGGAGTCG ACATCAACCA CAGCGAATTC AGCGGTCGCA TGGTGGCGGG TTACGACTTC
GTTGATAACG ACACCACAGC AGAAGATGGC CACGGCCACG GGACCCACGT CGCCGGCACC
ATCGCAGGAG CAAACGATGG GTTCGGCATC ACGGGTGTGG CCTATGACGC AGATATCATG
CCGATTCGTG TTCTTGACAA TCAGGGCTAC GGCTCCCTAT CCGACATCAT CGCGGGTATT
CGCTGGGCTG CAGACAATGA CGCCGACGTA ATCAATCTCT CTCTTGGAGG TGGCGGTTAT
AGCCAAGCCA TGTTCGACGC GGTTGAACAT GCCTCTATAA GTGGATCTGT TGTCGTAATG
GCAGCAGGCA ACAGTGGTGG AAGCTCTCCG GGCTATCCCG CCGCCCATGC CGTTTCCTAT
GGCATGGCAA TCGGCGCTGT CGACCAGAAC AGAGCCATGG CCAGTTTCTC GAACCGGGCC
GGGCACAACA CCATGGATTA CGTCACTGCT CCGGGAGTCA ACATCTACTC AGCAATCCCC
GGTGGTGGTT ACGCCAATTT CAGTGGCACC TCCATGGCAG CTCCTCATGT AGCGGGCATT
GCCGGGCTAC TCAAAAGCCA TGACCCCAAT TTGTCAGCGT CGAGGATTGA AACATTGCTG
ACGCAAAGCG CCAGCAATGT GGAATCGAAC GTCAACTCCT TGACAGAAGC AAATTCTGCT
GAAGAATCGA TCGGCAGCTT CAATGCCAAT AATCAGAATT TAATTACCCT AGAGACACTG
GACAACTTCA GCTCAAAGTC GCTTAGAGAC CCGCTCATCG GAAGCCTCAG CGGAAATCTT
AATGATCGGG AAAACACCGT TGAGTCAATC AAACAAAAAA TTGACCTTGA ACGTGGAAAC
TACGCCGATC TAGACAATTT CGAAACATTG GACACCAATG AGTATATTTT CAGCAGTCTT
GATTTCGATA ACAGCATCAA TACCGACCCA AAAGAGACAC TAAGAGAGCT TCTATCCAGC
AACCAATTTG ACTATTTCGA ATTTGACCAA ACATACACTA TCGTCTAA
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| Protein sequence | MSTIESEGSV ELQVDSNGKA WIHNGSDLIQ INRNDLGGHV SQDRGWWKVS AAETINGTNY
VVDASPDGVY VWEMDSNWNF VRNSQTATPG SSAYNTIEIN FNVDFNDDAL IGIPTSIESE
GSVELQVDSN GKAWINNGSD LIQINRNDLG GHVSQDRGWW KVSAAETING TNYVVDASPD
RVYVWEMDSN WNFVRNSQTA TPGSSAYNTI EINFNVDFND DALIGIPTSI ESEGSVELQV
DSNGKAWINN GSDLIQINRN DLGGHVSQDR GWWKVSAAET INGTNYVVDA SPDRVYVWEM
DSNWNFVRNS QTATPGSSAY NTIEINFNVD FNDDALIGVP TSIESEGSVE LQVDSNGKAW
INNGSDLIQI NRNDLGGHVS QDRGWWKVSA AETINGTNYV VDASPDRVYV WEMDSNWNFV
RNSQTATPGS SAYNTIEINF NVDFNDDALI GVPTSIESEG SVELQVDSNG KAWINNGSDL
IQINRNDLGG HVSQDRGWWK VSAAETINGT NYVVDASPDR VYVWEMDSNW NFVRNSQTAT
PGSSAYNTIE INFNVDFNDD GEIGISDDYA ENINTNGKVE LNDPEMGDLE IAGDHDWFAI
TLTAGKSYQF DVFGINLDDP YLYFRSSNGS LISSDDDGGA GKNSRLLFNA TSSGTFFLDV
GAWADRGEGQ YIISAVELAP VDDGDASFAI TGIPEVGETL SITRTADDPD GNGSSQSVEW
QISTDSSNWS TVATTNQLRL TEALANKQLR ASVSYVDGEN FSEQVFTNSV QVIDNSDDFP
SSVDTHGVVH IGTSATGELE ELADRDWFAI ELEAGELYRF DLVGNSLRDP YLYLRGAAGE
LLTFDDDGGS GLNSQITFQA SSDGRYFLDV GAYSDNTTGT YTLSATQLAP PAPGFNSTDG
YGHANAKRAF ENLLDISLSD QPALGGNLWG LDNVNAPEVW AGGSGFTGAT GEDVTIAVID
TGVDINHSEF SGRMVAGYDF VDNDTTAEDG HGHGTHVAGT IAGANDGFGI TGVAYDADIM
PIRVLDNQGY GSLSDIIAGI RWAADNDADV INLSLGGGGY SQAMFDAVEH ASISGSVVVM
AAGNSGGSSP GYPAAHAVSY GMAIGAVDQN RAMASFSNRA GHNTMDYVTA PGVNIYSAIP
GGGYANFSGT SMAAPHVAGI AGLLKSHDPN LSASRIETLL TQSASNVESN VNSLTEANSA
EESIGSFNAN NQNLITLETL DNFSSKSLRD PLIGSLSGNL NDRENTVESI KQKIDLERGN
YADLDNFETL DTNEYIFSSL DFDNSINTDP KETLRELLSS NQFDYFEFDQ TYTIV
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