| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3821 |
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| Symbol | |
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| ID | 4242272 |
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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 | 5881443 |
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| End bp | 5887172 |
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| Gene Length | 5730 bp |
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| Protein Length | 1909 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638108755 |
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| Product | beta-ketoacyl synthase |
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| Protein accession | YP_723338 |
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| Protein GI | 113477277 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism
[R] General function prediction only |
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| COG ID | [COG1028] Dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases)
[COG3321] Polyketide synthase modules and related proteins |
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| TIGRFAM ID | [TIGR00128] malonyl CoA-acyl carrier protein transacylase |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 1 |
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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 | 18 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCAGC CAGAAGAACC ACAACAATAT AATGATAATG AAATTGCTAT CATAGGAATG
TCTGGACGGT TTCCAGGGGC AAAAAACGTG GAGGATTTTT GGGATAATCT CAAGAATGGT
GTTGAATCTA TCTCATTATT ATCAGATAAA CAGTTGAGCA AGTCTGGTGT TGCACCCGAA
ATACTTAATA ATCCCAACTA TGTTAAAGTT AATTCTATGG TCTCAGACAT CGATATGTTT
GATGCTAATT TTTTTAACTA CAGTCCTAGA GAAGCAGAAG AAATAGACCC GCAACAACGA
CTTTTTTTAG AGTGCGCCTG GGAAGCAATA GAAAGTAGTG GTTATAACCC AGAAAACTAT
GAAGGTTCAA TCGGGGTATA TGCTGGAGGT GGACTGCCTA CCTATTTAAT GTATAACCTG
GAAGACCAAG ATTTTATTCT ACTGGGTAAT CGCTACTTTA CCCAAATGGT AGGTAATGAC
AAAGATTACT TAGCAACCCG CACCGCTTAC AAACTAAATC TTACTGGACC AGCGCTCAAT
ATTCAAACAG CTTGCTCCAC TTCATTAGTT GCAGTACATT TAGCATGTCA AAGTTTGCTC
AATGGAGAAT GTGACATGGC TCTGGCAGGT GGTGTTTCGA TCCAAATCCC TCAAAATGTG
GGATACTTAC ATCAGGAAGG ATTGATCGGC TCTCACGATG GTCATTGTCG AGCCTTTGAT
GCCAGAAGTT CGGGAACAGT TTTTGGTAAT GGTGTAGGAG TTGTGTTACT TAAACCACTG
CAAGATGCTA TAGCAGATGG AGATTGTATT CATGCTGTAA TTAAGGGTTC GGCGATTAAT
AATGATGGTT CTTTGAAACT GGGTTATACT GCTCCCAGTG TTGATGGTCA AGCTGCAGTT
ATTTCTGAAG CTCAAGCTGT TGCTAGTGTA ACTCCAGAAA CAATTACATA TATAGAAGCT
CATGGCACGG GTACGGAACT AGGAGATCCG ATTGAGATTG AAGCTTTAAC AAAAGCCTTT
TCAGAGCATA CTGATAAAAA ACAATTTTGC GCCATAGGTT CCCTAAAAAC AAATGTGGGA
CACATGAATA CGGCGGCAGG GATAGGAGCA TTGATTAAAA CTGTTTTGAC TCTCAAACAT
AATTTAATAC CTCCCAGTCT ACACTACGAA AAACCTAATC CCCAGATTAA TTTTAGCGAT
AGTCCGTTTT ACGTCAACAG TACTTTATCT GAATGGAAAC GCAACGGCAC TCCTCTACGA
GCAGGAGTTA GTTCTTTTGG TATAGGTGGA ACTAACTCTC ACGTTGTATT GGAAGAAGCT
CCCAGTCAGG TTAAAGAAGA AGATGATTTG CAACGTCCCG TTCATATATT AACTTTGTCA
GCTAAGACTC CAACAGCTTT AGCAGATTTA GTAGATAGTT ATCATCATTA TCTAGAAACT
AATCTAGATT TGGATCTAGG AGATGTTTGT TACACTGCAA ATACAGGAAG AGTTCATTTT
AACCACAGAT TAGCAGTTGT TGCTGAGAAA CAAACAGAAT TAACTGAAAA ACTGCGACAG
TTTAAATTAG AAGATAAAGT AGAGGGTATC TGTTCTGGGA AACTGTTAAT CAACGCTACT
GCTCCTAAAG TCGCCTTCCT ATTCACAGGT CAAGGTTCCC AATATGTTAA TATGGGCAAG
GAGTTATACG AACAAGCACC AGTATTCAGA GCGGCACTTG ATGAATGTGA GGAAATATTA
GAGGAACTGG GTGTAAATTC TATATTAGAA ATTATTTATC CTGAAGGTGG AGAGACATCA
CCCCTAGACC AAACAGCTTA TACCCAACCT GCTATATTTG CCATAGAATA CGCCCTAGCT
AAATTATGGG AATCTTGGGG AATTAAACCA GATGTAGTGA TGGGTCATAG TGTAGGTGAA
TATATAGCAG CAACAGTAGC TGGAATATTT AGTTTAGAAG ATGGTCTGAA ACTCATTGCA
GCAAGGGGAC GGTTAATGCA ACAGTTACCC GCAGGTGGAG AAATGGTAGC TGTGATGGCA
TCAGAAGCAA AAGTGAAAAA GCTCCTCAGA CCTTATGCAG AAAAAGTAGC TATCGCAGCA
ATAAACGGAC CAAAAAGTGT AGTTATTTCT GGTGAGGCGA CAGCAGTCAG GGAAATTGTC
AGCAGTTTAG AATCAGAAAA AATTAAAACC AAACAATTAC AGGTATCTCA CGCCTTCCAT
TCACCATTGA TGGAACCAAT GTTGGCAGAA TGGGAAGCAG TAGCTAAGGA ACTAACTTAT
CATCAACCAG AGATTCCAGT CATATCTAAT GTCACGGGAA CAATAGCAGA TAAAAGCATC
ACAACAGCCA AATATTGGGT AGATCATGTA CGTCTACCAG TCAGGTTTGC TGAAGGTATG
GATGCTTTAC AGAAACAGGG CGTTGAAATT TTCTTAGAAG TCGGACCGAA ACCAATATTG
TTGGGTATGG GTCGCCGATG TCTGCCTAAA GATGTAGGTG TTTGGTTGCC ATCATTACGT
CCTGAGCACA TCCCTCTCCA GTCCTCCTTA GAAAGCGCGA GGTCAGAGGA TTTTTCACAG
ATGCTTTCTT CTCTGGGAGA GTTATATGTG CGGGGAGTAA AGGTAGACTG GGTAGAATAT
GATGGAGAGT ATAGTCGTCA GAAAGTAATA TTACCTACTT ACCCATTCCA ACGACAAAGA
TACTGGATAG ATAACTATTC GCGGGGGAGA AATTCTGTTT CAGTCAGTAG CAATAATGGT
TTTGTCACTG AGGAGGGAAC ATCAAATCCT TTATTAGGTC GTAAATTACT TTTACCCTTT
GCACAACAAT TCCGCTTTCA GACTAAATTA ACTCCTGAGT TTCCTTCTTA TGTGAAAGAC
CACAGATATT ACGGCAAAAT AGTTGTAGCT GGTGCGTCTC ACATTGTTCT TGGTCTCCTT
GCTGGTAAAG AAGCACTAAA CAGTGATTCT TGCGTTGTCG AAAATATTGA ATTTTTGCAG
ATATTGGGAG CAGATGAAAC TTCTAGTCGT ACAGTGCAAA TACTTCTGGA TCAAGAAAAA
GAAACAGAAT ATACTTATCA ATTGATAAGT TGTGAAGCAG GAACAGAATA CGACCCATCA
ACAGTTTGGA CGGTTCACGC TAAGGCAAAA GTTCGCTCTG TTAATAACTC AGAGTTACCG
AAAGAAAATA TTGATATTGC AGCAGTAAAA AACCGATGTA TTCAGTCTCT TTCCAGTGAT
GAATATTACT CAACTGCACT GGAACCCATG AAAGGAGACT TTCACCTAGG ACCGACATTT
CAATGGACAG AACAAGCTTG GATAAGTAGT ACAGAAGGCT TAGTCAAAGT AAAAGCAGGT
GAAAACAATG AAGAGATGCA GGAATATTGG CCTCATCCGG GTATGGTTGA TTCTGGAATT
GTGCCAGTAG CTCTGTTGTC AATACTTAGG GAGTTGTCTC AGAATACTGA GAATAATGGT
AATGGCAAAA AAAATGCCAT TGATAGTGAA ATGGAAATTC CTACCTACGC ATTTGCTGGA
GCTAAGAGCT TTAAGTTTTT TGATAATTTT GACATTGATG ATGATTTGTG GTATTACACC
AAAATTGACG AGTCAAGTTC TTATGATCGA GGAGAACTTC TAGGTGAGAC TTACTTGCTC
AATGGAGATG GCAAAGTATT AGCAGAATAT AGTGGTATAG ACTTCCGTCA ATTAAGTCGC
AAGTTATTGT TGAGGAGCTT TGGACTAGAT TTCAGTCAGT GGTACTATCA AACAGAATGG
CAACCTGCTG CTTTGATGCC TGGTGAGACA CAGGAAACAG GAACTTATCT GCTATTTTGC
CCTACAGGAG AATCAAATAG TAAGTTAAAA GAATGGAGCG ATAGCCTGAA CTCCCAATTA
TTAGACCAAG GTCATCAATG TATTGTTGTT TATCCAGCAG ATAGTTACAA AAAGTTATCC
TCTGAAGGCA AAAAACAGAT AATTCAATTA TCTCCAACAC AACCAGAACA TTTCCAAAAG
TTACTTGATG AGGTAAATGA ATTAACAGAA GAGTTACCTT TGAAGGGTGT TATTCACCTG
TGGAGTTTAG ATACAGATGT TGAGGAGTTG ACAAAAACAG AAGAGATAAT TTGTGGTAGT
ATCATTAACT TCTTGCAAGG GATGCGATCG CTAGAAAAAT TACCTCCTCT TTTGTTAGTG
ACTCAAGGAG CTTCATTAGA AGTCAGAAGC AAGGAGTCAG GAGTCAGTAT TAACGCTCAA
CCGCAACAAG CTCTTTTATG GGGGGTAGGC AAAGTCATAA CTATGGAGTA TCCGCAGTTA
GACTGTCGTT GTTTAGACCT AGACCCTAAT GCTGATGAAC AAGAAACTTT AAAAGTTTTA
CTTGATGAGG TCGCTAACCA TCAGACATCA ACCAGTGTGG AAAATCAAAT CCGCTATTGT
CAAGGAAAAC GTCAAGTAGC AAGACTAACT CAACCCAGGT TAGATACTGA TGCTAAGTTA
GCTATTCAGA CGGAAGCAAG TTATTTGATT ACTGGTGGTT TAGGTGCTTT GGGGTTAGAA
GTGGCTCAAT TACTCGTACA GCAGGGCGTT AAGAGTATAG CCTTAGTAGG GCGCAACTCT
CCCTCAGAAA CCGCCCAGGA AAGTATCCAA GAATTAGAAG CAGCAGGAAC TCAAGTTTCA
GTATTCTTAG GGGATGTCTC TGTGGAAAAA GATATGGTTA ATATTTTCCA AAAGATACAG
ACATCCTTAC CTCCCCTTAA AGGTGTAATT CATGCTGCCG GAGTTTTAGA TGACGGTTTC
ATACAACAAA TGACTTGGCA ACAATTCACA AAAGTTACTG CTCCCAAAGT TACTGGAACT
TGGAATCTAC ATAAATTAAC AAAAGATATA CCATTAGATT TCTTTGTTTG CTTCTCCTCC
CTTGCATCAG TGTTAGGTTC CCCTGGTCAA AGTAACTATG CCGCAGCTAA CGCCTTTATG
GATGCAGTGG CCCAATATCG TCAGAATTTA GGATTACCAG GATTGAGTAT TAACTGGGGA
CCTTGGGCAA ATGTTGGCAT CGCCGCTCGG ATGGGGGCAC AACAACAAGG TCGTCTACAA
AGTCAAGGTT TGCAAGGGAT TCAAACAGAG CAAGGGTTAC AAGCTTTAGA AGAAGTATTG
GCGACCGATG AAGCACAAAT AGCAATATTT AATATTGACT GGCCACACTT GTTGAGTCAG
TTTGGACAGA TGACTCCAGC ATTTCTATCG GAAATAGCAA GTCAGCATCC ACTCCAAGGT
AAAGCAAATC AGGGACCTAA ACAACGGGAG TTGTTAGAAC AAATGAAGGT GGCAACAACT
GACCAACGAC AAAGGTTAAT GGTTGATTAC TTGATCGGTG TTGTGGCTAA AGTATTGAGG
CGGGGTAAAA ATGATTTACC AGACCCAGAG GAAGGATTCT TTAATTTAGG AATGGATTCG
CTGATGGCAT TGGATTTTGG GCAAATGATT CAGGTTGATT TAGGTATTAC TTTGTCCTCA
ACTTCTACTT TTGAGTATCC AAATATTCAG GCATTAGCTG AGTATCTAGA GGAAATAATT
CCGAAAGTGG ATGAAAAAGA GGCTGAGTAT GAAACAGATG ATACTGCTAT TGATGCAGAA
AGTCTAATTA CAGAGATTAG TCAGCTTTCA GAAGACAAAA TGGATGAAGC TATTGATGAA
GCTCTGACTC AACTTTATCA GTTTATATAG
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| Protein sequence | MNQPEEPQQY NDNEIAIIGM SGRFPGAKNV EDFWDNLKNG VESISLLSDK QLSKSGVAPE
ILNNPNYVKV NSMVSDIDMF DANFFNYSPR EAEEIDPQQR LFLECAWEAI ESSGYNPENY
EGSIGVYAGG GLPTYLMYNL EDQDFILLGN RYFTQMVGND KDYLATRTAY KLNLTGPALN
IQTACSTSLV AVHLACQSLL NGECDMALAG GVSIQIPQNV GYLHQEGLIG SHDGHCRAFD
ARSSGTVFGN GVGVVLLKPL QDAIADGDCI HAVIKGSAIN NDGSLKLGYT APSVDGQAAV
ISEAQAVASV TPETITYIEA HGTGTELGDP IEIEALTKAF SEHTDKKQFC AIGSLKTNVG
HMNTAAGIGA LIKTVLTLKH NLIPPSLHYE KPNPQINFSD SPFYVNSTLS EWKRNGTPLR
AGVSSFGIGG TNSHVVLEEA PSQVKEEDDL QRPVHILTLS AKTPTALADL VDSYHHYLET
NLDLDLGDVC YTANTGRVHF NHRLAVVAEK QTELTEKLRQ FKLEDKVEGI CSGKLLINAT
APKVAFLFTG QGSQYVNMGK ELYEQAPVFR AALDECEEIL EELGVNSILE IIYPEGGETS
PLDQTAYTQP AIFAIEYALA KLWESWGIKP DVVMGHSVGE YIAATVAGIF SLEDGLKLIA
ARGRLMQQLP AGGEMVAVMA SEAKVKKLLR PYAEKVAIAA INGPKSVVIS GEATAVREIV
SSLESEKIKT KQLQVSHAFH SPLMEPMLAE WEAVAKELTY HQPEIPVISN VTGTIADKSI
TTAKYWVDHV RLPVRFAEGM DALQKQGVEI FLEVGPKPIL LGMGRRCLPK DVGVWLPSLR
PEHIPLQSSL ESARSEDFSQ MLSSLGELYV RGVKVDWVEY DGEYSRQKVI LPTYPFQRQR
YWIDNYSRGR NSVSVSSNNG FVTEEGTSNP LLGRKLLLPF AQQFRFQTKL TPEFPSYVKD
HRYYGKIVVA GASHIVLGLL AGKEALNSDS CVVENIEFLQ ILGADETSSR TVQILLDQEK
ETEYTYQLIS CEAGTEYDPS TVWTVHAKAK VRSVNNSELP KENIDIAAVK NRCIQSLSSD
EYYSTALEPM KGDFHLGPTF QWTEQAWISS TEGLVKVKAG ENNEEMQEYW PHPGMVDSGI
VPVALLSILR ELSQNTENNG NGKKNAIDSE MEIPTYAFAG AKSFKFFDNF DIDDDLWYYT
KIDESSSYDR GELLGETYLL NGDGKVLAEY SGIDFRQLSR KLLLRSFGLD FSQWYYQTEW
QPAALMPGET QETGTYLLFC PTGESNSKLK EWSDSLNSQL LDQGHQCIVV YPADSYKKLS
SEGKKQIIQL SPTQPEHFQK LLDEVNELTE ELPLKGVIHL WSLDTDVEEL TKTEEIICGS
IINFLQGMRS LEKLPPLLLV TQGASLEVRS KESGVSINAQ PQQALLWGVG KVITMEYPQL
DCRCLDLDPN ADEQETLKVL LDEVANHQTS TSVENQIRYC QGKRQVARLT QPRLDTDAKL
AIQTEASYLI TGGLGALGLE VAQLLVQQGV KSIALVGRNS PSETAQESIQ ELEAAGTQVS
VFLGDVSVEK DMVNIFQKIQ TSLPPLKGVI HAAGVLDDGF IQQMTWQQFT KVTAPKVTGT
WNLHKLTKDI PLDFFVCFSS LASVLGSPGQ SNYAAANAFM DAVAQYRQNL GLPGLSINWG
PWANVGIAAR MGAQQQGRLQ SQGLQGIQTE QGLQALEEVL ATDEAQIAIF NIDWPHLLSQ
FGQMTPAFLS EIASQHPLQG KANQGPKQRE LLEQMKVATT DQRQRLMVDY LIGVVAKVLR
RGKNDLPDPE EGFFNLGMDS LMALDFGQMI QVDLGITLSS TSTFEYPNIQ ALAEYLEEII
PKVDEKEAEY ETDDTAIDAE SLITEISQLS EDKMDEAIDE ALTQLYQFI
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