Gene Tery_1891 details

Gene Information

• Locus tag: Tery_1891
• ID: 4242696
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Trichodesmium erythraeum IMS101
• Kingdom: Bacteria
• Replicon accession: NC_008312
• Strand: -
• Start bp: 2899102
• End bp: 2902572
• Gene Length: 3471 bp
• Protein Length: 1156 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 638107012
• Product: peptidase-like
• Protein accession: YP_721620
• Protein GI: 113475559

Plasmid Coverage information

• Num covering plasmid clones: 1
• Plasmid unclonability p-value: 0.0870492
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 26
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCCGGAGA CTTTTCAAGT TGAATTTAGT GGCACCTGGG GAGAGGCCGA GCCAGGGCCA 
AACCCGAATC CTAAAATTTA TCCTACAGAT CCTCCGAATA CGTTTCGTTG GGGAGAGTCG 
GTAGAGGAAG ACCTGAAACC AAACAGCTTA CTCTTTAATG CGGAAGACAT TAGCGGGGGC 
ATTAAAACTG ACCAGCAGTT TGAAGTCGGA AAGTTAACCT TCTTTAACGG TTCAATTTTT 
TCGGATACAG CGGTAGAGTC AGTACCGCTG AAGATTGAAT TATTAGATCC TTTTGAATTA 
TTAGATTCTC CCATAACTTT TACTTTCAAT CTGGACTTAG ACACTACGGA GGATACCTCT 
GACGAGATAG ATGACTGGTC TGATTTCGTC TATTTTCCCA AAGTCTTACC CACGGAAACC 
TTCAAATTTG ATGGACAAAC ATACACCTTA GAGCTAACAG GCTTTAGCCA AGATGGTGGT 
GACACCCTAG TAAACCGCTT TCGGGTGATG GAACAAGAAG TAGACATAGC TAGCTTGTTC 
GCGAAAATTA GACTAGCACC CAGAGATATT GAGCGTCTTG AAGACCCCAC AGCAAAAACG 
GACGGTGCCA TTAATCTTGG CGATCTTAAC AGCCGGAAGA ACTACCGCAA TACCGACGAA 
ATCGGTTTTA ATGAAGGTGG TGTCCGTGAC TTGCAAGATT TCTATAAGTT TACTCTCAGC 
AAGGATAGTG AGGTTGACAT CACTCTAGAC CAACTCAAGC GCAATGCTAA CGTTGAAATT 
CTAGATGAGG ATGGTAGCAC AGTACTTTTC CAGTCAACTG AAGAGAACCG GAAGCGGGAA 
AACATTACCG AAAATTTAGA ATCAGGTGAT TATTTCATCC GTGTTTATCC TGAAGGAGAT 
GATCGCACAA AATACCGCTT AGGGGTAAGT GCTGATGCCC TGACAGATGA AAAGGACACA 
ACTGATACCG CTAAAGAACT AGGTAATATC GGACTCGAAG AAGTAACCGA AATTGACAGA 
ATAGGCTTCG GTCGGGGTAA AAACCGGGAC CAAGAAGATT ACTATAAGTT TGGTATCAAT 
GAAAAGAGTG ACTTTTTCCT TACCCTAGAC CAGCTAAAGG GAAATGCTAA TGTTGAGGTT 
TTAGATGGGG ATGGCAGCAC TATTCTCTAC CAGTCTAACA ATAGCGGTCG TAAAAGAGAA 
AAGATTAACG AGGAATTAGA ACCCGGTGAT TATTTTGTGC GCGTAACTCC CCAAGGTGCT 
GCCAGGACAG ACTATCGCCT GGGTCTGAGC GCTGATGTGC TTTCCAATGA ACAAGATGAC 
CAGGAACCAG GTATTAGCTT GGGGGCAGTT ACGGAGCTTA CTCCCGTCAG CAAAACCGGT 
AAACTTGGTG CTAACAAAGA CAGGGTAGAC TGGTACAACT TTTCTGTGCC GATAGAGAGC 
GATGTCAACC TGACTCTAGA TAGACTAAGG CAAGACCTTA ACCTGGAAAT CTATGATGAG 
GGTGGCGAGC TAGTTGATGA TGGTAAAAAT ACAGGCCGCA AAGCTGAAAA GATAGAACTT 
GAAGGGCTGG AACCAGGAAC CTATAACATA AAAGTTTTCC CAAATGGTGG CGCCAAGAGT 
AACTATCGCT TGGGTATAAC TGCGACTGCT CCTTATGTTG ATGACTATGC TAGTGTTGAA 
GAAGCTTTAG ACTTCGGGAA TATCCCTATT GGGGAGACAA GGGTCTTCAA CGGCGAAATG 
GGCCGTACTG AAGGTCGTTC CGGTCGTGAC ACAGAAGATT GGGTCAGCTT TACAATTGAT 
GAAGAGAGCT TGGTTGACAT CGACCTGACT CGTCTGCGTC AAAACATAGA TATGATCTTG 
TACGATGACG ACGGAACCTT TCTCAATAAT TCTCGGAACA AGGGTCGTAA ATCAGAAAAC 
ATTGCTGAGA TATTGGAGGC AGGAACTTAT CATGTCCAGA TATTGCCAAA GGGAAACAGT 
CGCAGCAACT ATCGTTTTTC GGTGAATGCT GAACCGATCC CAGAACCGAG ACAAGAGTTT 
ACAGTTGGTG ACCTTTTGTC TTTGGAGGAT GGTTACAGTA TCAGGGGCGA GGAAATCGGC 
TTTACCTCTG GTGGTATTCG TAACGTTATT GATCGGCACT TATTCAGCAT AAGCGACGAG 
AGGAATGTAG AAATTGACCT CACAGGGCTG AAAAGAAATG CCAACATTGC CTTGTACGAT 
GATGATGGCA CTTTATTGCT TGAGTCTCGG AAAGGCGGTA GAAGGAACGA AAATATTAGC 
GACACTCTGG ATCCAGGCGA TTATTATGTG GATGTAGAGC CCCAGAACCA AGCTAAAACT 
AAGTATAATT TGGACATTTT TGCAAGTGGT TCGAGCGTCG ATCCAGATGG TGGTCCTGTG 
CTAGAGACTT CTTTGTACAA TGATATCGGT AACCTCACTG AAGATTACAG TAAGATAGAT 
AATGTCGGTT TCGGCAGTGG TAGCAGTCGG GACGAAGTAG ACTACTACAA GTTTGAACTA 
AGCGAAGACA AGAATCTGAC TATCTCCCTA AATAAACTGA GCGCTGATAT CGATCTGGAA 
TTGCTTGATA GTTCTGATAC TTTGATCAAA GATTCCCGCA ATAAGAAGAA GAAAAACGAA 
AAAATTGAAG AAGAGCTTGA ACCAGGTACT TACTATGTAG GGGTTGAACC CAAAGGTAAC 
GCTCGTGGTA ACTATACCCT AAATATTAAG GTTCCTGAGC CAGGCAGTAG CGTGGATGAG 
GACGGAGGCA AACTTCCAGA AAACGTCACC GACATCGGCG TGTTAACCTC ATACGAAGAG 
GAGGACTCCA TCGGTCGTGA AGAAAACAGT TATCGTGATG TCAACGACTA CCGCAAGTTT 
ACTTTGAGCG CTAAGAGTAG TGTCGATATT AACCTTACAG GCCTTACTGG TAACGCCAAC 
CTACAGCTAA TTGATGGCGA CGGTAGCACT GTGCTAAATA CTTCTGCTAA TGGTGGTAGT 
GACGACGAAA AAATCAACCT TACTTTGGAT GCGGGCGACT ATTGTGTGCG AGTGTTTCCC 
AGGGGTGCGG CTAAAACTGA CTACACTCTG AATATGAGTG CGAGTGAAAT TGGTGAAAGC 
ATAGACAATG AGCCACCAGG GATAGCTCTC GGTACGGTTA CAGTTGGTGC TGATCCTCTT 
ACCCAAGGCG GTGACCTCGG CTTCACGGAG GGAGGCGTAG TTGACACCAA GGACTATTAC 
AGCTTTGATA TTACCCAGGC TGGTTTCGTA GATATCAAAC TTGACGACCT GAGCGATAAC 
GCTGACCTGA AACTATACGA TGAGACTGGC GAAGTAGAAC TTGGCAGTTC TAATAACTCC 
GGCAATACTT CTGAGGAGAT TAATAGCTTC TTGAGTGCCG ATACTACCTA TGTGGTGGGT 
GTATTCGGTC TAGGTAATCA AACTCCTTAC GACCTGAGCA TTTCTCTCTG A 

 

Protein sequence

MPETFQVEFS GTWGEAEPGP NPNPKIYPTD PPNTFRWGES VEEDLKPNSL LFNAEDISGG 
IKTDQQFEVG KLTFFNGSIF SDTAVESVPL KIELLDPFEL LDSPITFTFN LDLDTTEDTS 
DEIDDWSDFV YFPKVLPTET FKFDGQTYTL ELTGFSQDGG DTLVNRFRVM EQEVDIASLF 
AKIRLAPRDI ERLEDPTAKT DGAINLGDLN SRKNYRNTDE IGFNEGGVRD LQDFYKFTLS 
KDSEVDITLD QLKRNANVEI LDEDGSTVLF QSTEENRKRE NITENLESGD YFIRVYPEGD 
DRTKYRLGVS ADALTDEKDT TDTAKELGNI GLEEVTEIDR IGFGRGKNRD QEDYYKFGIN 
EKSDFFLTLD QLKGNANVEV LDGDGSTILY QSNNSGRKRE KINEELEPGD YFVRVTPQGA 
ARTDYRLGLS ADVLSNEQDD QEPGISLGAV TELTPVSKTG KLGANKDRVD WYNFSVPIES 
DVNLTLDRLR QDLNLEIYDE GGELVDDGKN TGRKAEKIEL EGLEPGTYNI KVFPNGGAKS 
NYRLGITATA PYVDDYASVE EALDFGNIPI GETRVFNGEM GRTEGRSGRD TEDWVSFTID 
EESLVDIDLT RLRQNIDMIL YDDDGTFLNN SRNKGRKSEN IAEILEAGTY HVQILPKGNS 
RSNYRFSVNA EPIPEPRQEF TVGDLLSLED GYSIRGEEIG FTSGGIRNVI DRHLFSISDE 
RNVEIDLTGL KRNANIALYD DDGTLLLESR KGGRRNENIS DTLDPGDYYV DVEPQNQAKT 
KYNLDIFASG SSVDPDGGPV LETSLYNDIG NLTEDYSKID NVGFGSGSSR DEVDYYKFEL 
SEDKNLTISL NKLSADIDLE LLDSSDTLIK DSRNKKKKNE KIEEELEPGT YYVGVEPKGN 
ARGNYTLNIK VPEPGSSVDE DGGKLPENVT DIGVLTSYEE EDSIGREENS YRDVNDYRKF 
TLSAKSSVDI NLTGLTGNAN LQLIDGDGST VLNTSANGGS DDEKINLTLD AGDYCVRVFP 
RGAAKTDYTL NMSASEIGES IDNEPPGIAL GTVTVGADPL TQGGDLGFTE GGVVDTKDYY 
SFDITQAGFV DIKLDDLSDN ADLKLYDETG EVELGSSNNS GNTSEEINSF LSADTTYVVG 
VFGLGNQTPY DLSISL