| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0117 |
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| Symbol | |
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| ID | 4245508 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | - |
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| Start bp | 159122 |
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| End bp | 163132 |
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| Gene Length | 4011 bp |
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| Protein Length | 1336 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638105468 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_720087 |
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| Protein GI | 113474026 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.750055 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.74938 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTACAA ACATGCAAAT GTCGGAACTT GATATGGACA TCTTAGGGGT AACAGAAGCT
CGTTTAAATG ACATCATCAC GAATACCGAT GATGTCAATA GAAATGTAAC AATAGAACCA
CTTGTCATTG CTGAGGGACA GGTGCTGTTT GACTTTGATG ATATTTCAGA CACAACTGGT
TCGCAAGGAT TCGGTGGACA AAAGGTTGGA GACTTTTTCT GGAGTGAAGA TTGGGCGGTT
ATCCATAAAG ATTCTAATCC TGGATCAGGT TATGAATATG GGAACGTTTC TCCACCCTAC
TCTGCATTTA ATGGCTGGTC GAATCCAGTA AGCATTACTT CAGATCAAGA CTTTACATTA
AATAGTGCCT ATTTGACTTC GGCGTGGGAG GATAACTTAG ATATTCAGCT AAAAGGTCTT
AATGATGGAC AGGAGGTGCA TTCCAAGACT GTCACTGTGA ATAATCAGGG ACCAACTCTG
GTTCAATTTG ATTTTACTGA CGTAGATGAA GTCCAATTTG AATCTAATGT ACATTTTGTT
ATTGATGATT TAGTCTATGA ATTTGAAGAG GAAGAACCTG GTTCAATATC TGGTTATAAC
TGGGAAGACC TTAATGGTAA CAGTCAATGG GACGATGGTG AAGCAGTATT AGAAGGCTGG
ACAATATACA TAGACGAGAA TAAAAATGGT CAACTAGATG ATGGAGAAAA GTCTACTACC
ACTGATGGAG ATGGTTATTA TGAATTCAAA GACCTTGCTC CCGGAACTTA CGTTATTGCT
GAAGTCATCC AAGAAGGATG GACACAAACT TATCCTAAAG TAGAAGCAGA GATAGACACA
TCATTACGGT CTCAATCATC TTTAAGTAGT TTCTCTGAAA CAGATACTAT AAGTAATGGC
AATACAAAAA ATACAGCAGC CGATGGGTCT CAAGTATCTG CGAGTGAGTC TGAGACAAAA
TTTACTGGAG AAAACCTAGG CTTAGAAAAT AGCTTTGTTG AAAATGAGAT AATTGTTAAG
ATCAACAATT CACTCAATGA TTCTGAAGTT AGTGTTCTTG AAAATCTCAA AACTCAGATC
GGAGCAAGGA CGGTCAAGGA AACAAAAACA TCAGAATTAG AAGGTCTGCA ACTGTGGAAA
TTTGATGGGG ACACAATAGA CGTTCTAAAT CAACTCCAAG AAAACCCTGT AATAGAATAC
GCCGAATTGA ACTATAAAGT TCAGACAAAT TCTGAGCCTC CTAATGACCC TATGTTCAAG
GATTTGTGGG GCCTTGACAA TGAAACAAAG CCTGAGGCCA GTATTCAAGC GCTAAATGCT
TGGGACATTC AAACAGGAAG TAAAGATATC GTAGTAGGAG TTATAGACAC TGGTATCGAC
TATAGTCACC CAGACTTGGC CAACAATATG TGGACTAATT CTGGTGAAAC TCCTGGTAAC
GGCATCGATG ACGATAATAA TGGCTATATA GACGATTATT ATGGTTACGA CTTTGCCTAC
GATGATGGCG ATCCAATGGA TCGTCAGAGT CACGGCACTC ACGTAGCGGG AACTATTGGA
GCAGAGGGCA ACAATGGAGT AGGAGTAGTA GGGGTTAATC ATCAGACAGA CTTGATGGCG
ATTAAGTTCC TAAATGATCA AGGCTCTGGT AGTACATTTG ACGCTATTTT GGCTGTAGAA
TATGCCACAA TGATGGGAGC AGACATAACC AACAACAGTT GGGGAGGCGG AGGCTTTTCT
CAAGGATTGT ATGACGCAAT TGCAGCAGCA GGGGAAGCAA ATTCTTTATT TGTTGCAGCA
GCAGGTAATA GCAGTAGGAA CACCGATAAC AGTCCAAGTT ACCCAGCTAG CTATGACTTA
GAAAATATTA TTGCAGTTGC TGCCACGGAT AAGAACGATA ATATGTCTGG TTTCTCTAAC
TATGGAGCTA CTACAGTAGA TTTAGGTGCC CCTGGTTCTG GTATTTTAAG CACTGTGCCG
GGAGAAAGGT ATGCCTCTTA CAGCGGTACT TCTATGGCAT CTCCTCATGT AGCTGGAGTG
GCAGCTTTGG TGTTAGCAGA AAATCCCGAC TTGAGTTACG CAGAAGTCAA AGAAATAATT
CTTGATAACG TTGACTCTAT TTCAGCACTT AATGGCAAGA CATTAACGGG GGGTCGATTG
AATGCAGACA ATGCCTTATC TGCAATGGGG AGTCCTCCTG AAAACCCCGG AACTCATACT
GTAGAATTGA ATTCTGGCGA AACTATTACT GATATCAACT TCGGCAACCA AGAAATTATT
CCCGGTTCAA TATCTGGTGT TAACTGGCAT GATCTTGATG GTAACAGTCA AAGGGACGAT
GGTGAACCAG TATTAGAAGG CTGGAAAATA TACATAGATG AGAATGAAAA TGGTCAACTG
GACGATGGAG AAACGTCTAC TACCACTAAT GAAAATGGTT ATTATGAATT CATGGGTCTT
GATCCCGGAA CTTACTCTAT TACTGAAGTC ATCCAAGATG GATGGGAGCA AACTTATCCT
TCTAAGCTTG AAGTAATCTT TGAGGCAGAC TTCAGTAGTG ATGATAACCA ACCAGATTTG
GATGGCTTTA CTCTTGACAA TGGTTTTATC CCAGAGCAGT CGTTGAATAT ACTATCCCGA
TCCGGTGATG GGCCTGGTAC CCTTCGCGGA AACCCAACTG AAGGCTTGTG GCATCTATCC
ACCCGACGTG GTGATGAACC AGGTCACAGT GCTCAAGATA GTATGTACTA TGGAGACGAA
GCAACAGGTG ACTATGATAA AGGACATACC GCCGGTCGAA TTATTTCTCC AGATATTGAC
TTAAGTGATC AAGGTAATGC TGAGCTTTCC TTTAACTATT TTTTAGAGAC GGAAGATTTA
TCTCCTTGGG ATTCAGCAAA AGTACTTATT TCAACAGATG GTGGTACTAA TTTTGAGGAG
ATTGCATCGA ATCATGATAA TAAATTAGAA GACCCCACTA CGGGATGGAT AAATGCTACA
TTTGACCTAA ATGACTATGT AGGGGAAACA ATTAAGATCA GTTTTGAGTT TAATACTGGG
GATCAGATAT ATAATAGATA TGAAGGGTGG TACATTGATG ATGTGACAGT AAGAGCTTCA
GTAGAGAGTC AGTATCACAA AGTAGAATTA GATAATGGTG AAACATTTGA TGATATTGAC
TTCGGAAATT TGGCTCTTGA AGCTGAACCT GATCTAACGA TCATAGAAGA TGAGGGCACA
GCATCCTTCG CCCAAGACAA AGATAAAACC TATTGGATCA TCAATAATGA GACACAAGAT
GAGTTCCAAC TCCATCACAA GGATGGCACA ACCTACAATG ACGAAAGTCA CCCACACTGG
GACGGTGCAG CTGCGGAAGT TGGAGATAGT GGCTATCGCT TCCTTCTCGA CGGGGACAAA
GGAAGAAAAG GTCAAGCCCT TGTCTGGGAT ACTGATGAGA ATGGTAAAAT CATCAAAAGT
TCAGGTTGGA TATCTGACAA AACCTCCCTC CATGATTTTG AGGAGGAGTT CAATCATGAT
CTAAATGATG ATGGTTTAAT TGGCGAACCT GATCTAACGA TCATAGAAGA TGATGGCACA
GCATCCTTCG CCCAAGACAA AGATAAAACC TATTGGATCA TCGATAATGA CACACAAGAT
CAGTTCCAAC TCCATCACAA GAATGGCACA ACCTACAATG ACGAAAGTAG CCAACACTGG
GACGGTGCAG CTGCGGAAGC TGTAGAGGGC GAAGAGGGCG GCTATCGCTT CCTTCTCGAC
GGGGACAAAG GAAGAAAAGG TCAAGCCTTT GTCTGGGATA CTGATGAGAA TGGTAAAATT
GTGGGCAATT CAGGTTGGAT ATCTGACGAA ACCTCCCTCG ATGATTTAGA GAAAGAGTTC
AATCATGATC TCAATGACGA TGGTGTAATT CCTGCCTCAA ACAATCTTGA GGATGAAATT
GCAGCGATAG ATACAAATAT GATTGGTCTT GCAACAGCAA ATCTCTTTTA A
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| Protein sequence | MVTNMQMSEL DMDILGVTEA RLNDIITNTD DVNRNVTIEP LVIAEGQVLF DFDDISDTTG
SQGFGGQKVG DFFWSEDWAV IHKDSNPGSG YEYGNVSPPY SAFNGWSNPV SITSDQDFTL
NSAYLTSAWE DNLDIQLKGL NDGQEVHSKT VTVNNQGPTL VQFDFTDVDE VQFESNVHFV
IDDLVYEFEE EEPGSISGYN WEDLNGNSQW DDGEAVLEGW TIYIDENKNG QLDDGEKSTT
TDGDGYYEFK DLAPGTYVIA EVIQEGWTQT YPKVEAEIDT SLRSQSSLSS FSETDTISNG
NTKNTAADGS QVSASESETK FTGENLGLEN SFVENEIIVK INNSLNDSEV SVLENLKTQI
GARTVKETKT SELEGLQLWK FDGDTIDVLN QLQENPVIEY AELNYKVQTN SEPPNDPMFK
DLWGLDNETK PEASIQALNA WDIQTGSKDI VVGVIDTGID YSHPDLANNM WTNSGETPGN
GIDDDNNGYI DDYYGYDFAY DDGDPMDRQS HGTHVAGTIG AEGNNGVGVV GVNHQTDLMA
IKFLNDQGSG STFDAILAVE YATMMGADIT NNSWGGGGFS QGLYDAIAAA GEANSLFVAA
AGNSSRNTDN SPSYPASYDL ENIIAVAATD KNDNMSGFSN YGATTVDLGA PGSGILSTVP
GERYASYSGT SMASPHVAGV AALVLAENPD LSYAEVKEII LDNVDSISAL NGKTLTGGRL
NADNALSAMG SPPENPGTHT VELNSGETIT DINFGNQEII PGSISGVNWH DLDGNSQRDD
GEPVLEGWKI YIDENENGQL DDGETSTTTN ENGYYEFMGL DPGTYSITEV IQDGWEQTYP
SKLEVIFEAD FSSDDNQPDL DGFTLDNGFI PEQSLNILSR SGDGPGTLRG NPTEGLWHLS
TRRGDEPGHS AQDSMYYGDE ATGDYDKGHT AGRIISPDID LSDQGNAELS FNYFLETEDL
SPWDSAKVLI STDGGTNFEE IASNHDNKLE DPTTGWINAT FDLNDYVGET IKISFEFNTG
DQIYNRYEGW YIDDVTVRAS VESQYHKVEL DNGETFDDID FGNLALEAEP DLTIIEDEGT
ASFAQDKDKT YWIINNETQD EFQLHHKDGT TYNDESHPHW DGAAAEVGDS GYRFLLDGDK
GRKGQALVWD TDENGKIIKS SGWISDKTSL HDFEEEFNHD LNDDGLIGEP DLTIIEDDGT
ASFAQDKDKT YWIIDNDTQD QFQLHHKNGT TYNDESSQHW DGAAAEAVEG EEGGYRFLLD
GDKGRKGQAF VWDTDENGKI VGNSGWISDE TSLDDLEKEF NHDLNDDGVI PASNNLEDEI
AAIDTNMIGL ATANLF
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