| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_20143 |
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| Symbol | ACS1 |
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| ID | 7200471 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Phaeodactylum tricornutum CCAP 1055/1 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_011675 |
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| Strand | - |
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| Start bp | 961346 |
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| End bp | 964968 |
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| Gene Length | 3623 bp |
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| Protein Length | 721 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | long chain acyl-coa synthetase |
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| Protein accession | XP_002179946 |
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| Protein GI | 219118338 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | CTCGCCTCAA CGAGTGCGAG GAACTCTTTC AACTTCCGTG ACGAAAGGAA ACTACCGAAT
CGCTGCCGTT CTTGATTGAC TGTAAATCGC GTGCATCTGC CTTACCAATT GCGCTTGTCG
TCAAGATGAA ATACCTTTTG TTCTTGCCCG TCAAGATTCT GCTCATTGCC ATCGACCTTT
TGGTACGTGT CGTTGCGGTA CCGTAACTGT GTTAGTTAGT TATAGTGTTT CTGTTGGTAC
TTTCTCTATC GTTTGAACGT CGTGACTCTC ACACTTGTGG TGCCGCAACT GTATTCTGCA
ATCTCCAGTT GACGATTGTT ACCTTTGGAT GGTTAGGAAT CATTCGAAAG ATTACCTCTG
CCGACCAACT GCGGACCGTC CCCGTGGCCG ACGATGAATC GCACCGTGTC GACCCCCGCT
TTAGGGCGCA GCTCATTACT ACACCGCGTC CGGGTATGGA AACTTTGTAC GATATCACCA
AGGTCGCCTT TGAGCGATTC GGATCCCGCC ACTGCATGGG CACCCGCCAC TTTCTCGGTT
GGCGGACGCC CAAAATCAAG GAATTCGGTC CCGACACCAC GTGGAAGACC TACGCTCAAG
TCGGTCAACA GGCCAATCAG TTCGGTGCCG CCCTCCGATC GGCGGGAGTG CAGCCGGCGC
CCTACTCGAC GACTCTGGAG CAAGTCACGA CGCCCTGTCG GATCGCTATT TTCGAAAACA
CCTGTGCCGA ATGGATGATC GCCGCCATGG GCGCCTTTAC GCAAAGCGTC ACCGTGACCA
CCGTCTACGC GACGCTCGGG ATGGACGCCG TTGCCGAAGC TGTCGTCGAC AATATCATAC
CCGTTATCGT TTGCAACCGT AAGGATGTAT CCAGGTTGGC CCAGAAGTGT TCCAGTATGC
CCTCGCTCAA GTACATTGTC TACACGGACG ATTTGGTAGC GCCCAACGAA ACAATTGAAA
TGCCCAAGGC TCCCAAGGGT GTGACAATTG TGTCCTTTGA CGAATTCTGT GCGTCGGGTG
ATACCAAGGC CTACCCACCG ACACCGCCCA AGGCCGATTC CTGTGCCGTA CTCATGTACA
CCAGTGGATC CACCGGTATG TACACACACA CACACACACG TTCGCCAAAG AACGACGACC
CACCACCAAC GCGGACCCGA ATCTCACCCA GCTTGCCTAT TTTGTTTATA TTATTGCCCC
TCGTCTCGCT ACTCACAGGC AAACCCAAGG GAGTCATCGT CACACACCGT CAAATCGTCG
GTGCCTGTGC CGCGGGCGAC GTAGCCCTGC AAGTTGTCCC GGGTGGCGAA ACCTATCTAG
CCTATTTGCC GCTGGCGCAT ATTTTGGAAC TCATGGCCGA GTTTCTTATG ATCACCATGG
GATGCACCTT GTGCTATGCC GATCCCAAAT CGCTCAGTGC AACCGGTGCC TATCCGATTG
GTGCCTTGGA ACAGTTCTCG CCCACCATTA TGGTAGCGGT GCCCAAAATT TGGGACACTA
TCAAAAAGGG CATTGAAGCC AAGGTACATC AAGCCTCACC CGTGGCGCAA ATGTTGGTGG
AAACGGGATT TGCCTGGCGA TCCTTTGCCC TGAAACACGG ATTCGATACC CCGCTGTTCA
AGGCGCTCGT CTTTAAGAAG TTTGCCAAGG TGGTAGGCGG GCAATTGCGT CTCGCCGTCT
CGGGAGGAGG ACCGTTGAAT ACCGAGGTGC AAGACTTTAT TCGAGCAGCC TTTGGTGTGA
CTTTTATTCA AGGATATGTA AGTCTCTCAA AAGTTGGTAA TACCAGCGTT CCATTGGACG
AAACCAACCG CTTATTGACG CTCTTGCTTT TTATAATGCA TAGGGATTGA CGGAAACCTG
CGCCGGCTTG ACGATTCAGG ACTTTACCGA TACACGTGGA AATATTGCGG GTGTCCCCAT
TGCTTCGGTT GAAGTCAAGC TTGAGTCGAC TCCTGATGTA GGTGACAAGG CCGGACAGTC
CTATCTTTCT ACCGATCGCC GGGATGTGGA GGGAAACCCC ATTTTCGGTC GTGGTGAAAT
TGTTGTTCGA GGCAGCAACA TCACCTGTGG ATACTACATG ATGGCCGAAA AGTCCAAAGA
CGAATTCAAG GAAGATGGCT GGTTCCATAC GGGTGATATT GGTCAATTCA TGGCGGACGG
TAGCATTCGC ATTGTGGATC GCAAAAAGAA CTTGGTCAAA CTCAAGGGTG GCGAGTATAT
TGCTCTCGAG AAGATGGAGA TGACTTACGG CAACTCGAAG TTCGTAGATG CCGTGCAGGG
TGGTATCTGC TGCTATGGCG ACGGGGACAT GGACCGACCG ATCGCAATCA TGCAGCTCAG
CCAGCCCTAC ACCACCAAGT GGGCCCAAGA AAAGGGACTC AAGGGTGACT GGGAGGAGCT
CAAAACGTCC AAGGAAGTTT ATAATGCCGT CCTCGATGAC ATGAAGAAAG AACACGCCAA
GAGTGATTTA AGTCATTTGG AAAAGCTGGT TGCGGTGGCG CTTTTGGACT CACCGTGGAC
GCCTGAGAAC GGGTGTCTGA CGGCCGCCAA CAAGTTGCAA CGTCGGGCCG TTATTCAACA
ATTTGAGAAG GAGTTCGAAG ATGTAAAAAA GAAAGGCATC TTCTAAAGAT GTCGCTCTTC
TTTTTACCGT GCTACTAGCA TAATTATGTA TGAGAGAATT TCTTGCGTAT TTTTGTACAC
TTCTTCTTTG TAAAGTATTC GTTCCTTGTC GCGTAGCAGC ACTAGAGCTA ACGTTGGATC
TGGTGTAGCC TTTGCTGTAG TTCCAGCGAC GATGCCGTGC ACCCTCCTTT GGTACAATTT
GGGCTTTTGT CGGTAGCGTT TGGCAGAGAG TTCACTTTTT ATTTACTGTA AATATTGAGC
GCTCGTGCGG CCAGCTGCTT TGGAAGACCG ACCACACATT AGCAGACAAT CTATGCCTAT
TGCCCGTGCT TTGCACTCAT AGTCGGTCGG TCATTCGGCC AAGTGTTGAC TATTTTACGC
GCTTCTTGGT CATCTTTTTC ATCTTACCCG CACCAGCACG CCCCTTCTTT TTCCGAAAAG
ACGATGCACC AAGACCGTCA TCAAATTCAT AGTCATAGGC GGTCTCCCCC TTTGCGAGTT
GACCTTTCCG CCTAGCCTTT TCTTTGGCTA CACCTCCACC ATCGACAACA GACTTGAGAA
GCTTCATATT GCGATCTGTC TCACTAGCAA TGACTTTCTT GTCCGTTGCG CTTTCGTACT
TTCGCTTCTT CAATCCAGCC ACAGCTTTTT TCCGGTCGGG TTCTCCCTCA CGCATCTTAT
CAAATCTACC CAATGAGGCA GTTGATCGCT GCGTCGCGAG AAGTGCAGCA TTGAGAGAAG
CCTTGCCACG CAGCTTACCG CCAGTTGACT TGTCGGCCAA ATCCACAGGA ACACCAGTAG
GGGGTACAGT GTCGCGATCA CTGTTACCTC CCGCTTTTCC GGCTTGCCTA TTCTTTTCAC
GACTTTTAAG AACACGGTTT GTCGTCCCCT TTGTTAGTTC ACCGCCGCGC TCTTTGTTTC
GCATACGATT CTCCATGTTC CGCTCGGTCC GATTGCGTTT CTCCTCACGC AATCGGTCCC
ACGGGTTTTC GAATGGATCT TGG
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| Protein sequence | MKYLLFLPVK ILLIAIDLLL TIVTFGWLGI IRKITSADQL RTVPVADDES HRVDPRFRAQ
LITTPRPGME TLYDITKVAF ERFGSRHCMG TRHFLGWRTP KIKEFGPDTT WKTYAQVGQQ
ANQFGAALRS AGVQPAPYST TLEQVTTPCR IAIFENTCAE WMIAAMGAFT QSVTVTTVYA
TLGMDAVAEA VVDNIIPVIV CNRKDVSRLA QKCSSMPSLK YIVYTDDLVA PNETIEMPKA
PKGVTIVSFD EFCASGDTKA YPPTPPKADS CAVLMYTSGS TGKPKGVIVT HRQIVGACAA
GDVALQVVPG GETYLAYLPL AHILELMAEF LMITMGCTLC YADPKSLSAT GAYPIGALEQ
FSPTIMVAVP KIWDTIKKGI EAKVHQASPV AQMLVETGFA WRSFALKHGF DTPLFKALVF
KKFAKVVGGQ LRLAVSGGGP LNTEVQDFIR AAFGVTFIQG YGLTETCAGL TIQDFTDTRG
NIAGVPIASV EVKLESTPDV GDKAGQSYLS TDRRDVEGNP IFGRGEIVVR GSNITCGYYM
MAEKSKDEFK EDGWFHTGDI GQFMADGSIR IVDRKKNLVK LKGGEYIALE KMEMTYGNSK
FVDAVQGGIC CYGDGDMDRP IAIMQLSQPY TTKWAQEKGL KGDWEELKTS KEVYNAVLDD
MKKEHAKSDL SHLEKLVAVA LLDSPWTPEN GCLTAANKLQ RRAVIQQFEK EFEDVKKKGI
F
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