| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_20872 |
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| Symbol | |
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| ID | 7201683 |
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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_011678 |
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| Strand | + |
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| Start bp | 628326 |
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| End bp | 632721 |
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| Gene Length | 4396 bp |
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| Protein Length | 1317 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | predicted protein |
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| Protein accession | XP_002180870 |
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| Protein GI | 219120255 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.358862 |
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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 | TCGAAGCCTC GTACGGCCGA GCCACCCAAT AACATACACA GCTTCGAACA CCAAAGCCGT
CCACCGATTT CCATTTCCCC TCCGTTCTTT AGTATTCTAC GAGGAAGCAT CGTGGGACTG
AAGAATCAAC GTTAGTACTC TAAAAGGAGC TTACTTTATC ATCAAGTCAA TTCCCTTGGT
GTCGCTATAT ACAGCTGGGA ACAACACAAC GACCATGGAA GAATCAGCGC GAAAAGATGC
CTCTTCGGAA CGCAAACGCA TCCCCGAAGA GGAAGCGTCG CTACCTTCCC ATCTCTTCTT
CTTTTGGGCT CGCGGTCTCT TTCAAAGAGC TTCGGTGTTG AGCAAGCAAG GCAAAGCTCT
GGAACACGAA GACTTGCTCC CTCTCCCTAC GATTGACTAC GGTAAACGCA TTGGACCGGC
GTTTGCCAAT GCCTGGAACA AGGAAGAAGA GCACATGCAA AGCGAGCAAA AAAGACACAG
CGCGTCGGAA GCGCCCACGG TAATTGGTGC GGGTTTGGCG GATGCTGTGG ATGGTAGCTA
TTCCACAACC CGTGTTCGCC ACGCCATTTT TGCGGTAATC GGTAGGCGAT TTCTATTTGC
TGGTCTCATC AAAGTTCTAA ACACGGCTTT GCAATTCAGC TTCCCCCTAC TTCTCAACGA
GATCCTCGCA TTTATAGAGG ACACGCAGGC TGGAAGAATT CCCGAAGATG CTTCGTGGGA
AGACAAGTAC CGTGGCTACT GGCTATCGGC TATTTTGTTT GCCGCGATGG CAGCGAAAGC
CATTACGGAA AACGTATACT TTCATAAGGT ATACCGAGCT GGCTACCAGG CTCGAGTTGC
TGTTTCCGCG GCTGTTTATA ATAAGGCTCT ACGTCTAGCA AACGCCGAGC GCCAAGGCAC
TACATTGGGC GAGCTTATCA ATTTAATGCA AGTCGATGCC ACCAAGATTG AAATGTTTGT
ACCTCAAATT CACGTTTTGT GGGATGGTGT GCTGCAAATT TGTGGATACA TTACTATCCT
GTATACGCTA ATTGGATGGC CGTGTTTTGC GGGTCTAGCA ATCATGATGT TTGCTGGCCC
GGTACAAGGA ATCATCATGA AGCGATTGTT TGCTTTGAAT CGTACTATGG TCAAGCACAC
GGATTCTCGC ATCAAGACGA CCAACGAAGC TTTACAAGGC ATTCAATGTG TGAAGATGTA
TACTTGGGAG GAGTCCTTTC AACGCGAAAT TGGTAAAGCC CGGAACGAAG AATTGGATAA
TCTGAAGGGT GTCGCGTACT TGCGCGGTTT TTCGCGGGCA TACATGGGTG CCTTGCCGGG
AATTGTGGCG GTCGCATCGT TCATTGTTTT CGCGGCCGCC AAGACTGGCT CCACTATTTC
CGCATCAACC CTATTTGCTG CTTTAGTGGC GTTCGATCAG TTGCGATTTC CTTTGCTCTT
TTATCCTTTG GCGTTGGCAC AGCTTGCACA AGCTAACGTT AGCGCTCGCC GTGTTGAAAT
CTTTTTGCAA ATGCAAGAGA TTGGAAAAGA CGATTTGAAA GACGGAGGTC TGTACTTCCG
TGACGACAAA AAAGCAGAAG GCGGTGGCGA AATTGCTGTC AAAGATGTGA ACATTTACTG
GAGTGATCCC AATGTGCCAA TTGACGCTAG CGATGACGAC AATCATTCCG TAACTACAAA
AAGTGAAGTG AGTTCAATGG ACGAAGCGGA AACCCCAACC AAACGCTTTC CAAAGGCCAT
TCTTGAGAGC GTTTCTCTCC GAGTGGCCCC GGGAGAGCTC TGTGCGGTTG TCGGCCGTGT
CGGTAGCGGC AAAAGCACAC TTTGCTCTGC AATTTTAGGT GAAACTCTAT TACAGAGCGG
AGAAGTTCAA GTTAAGGGGA AAATTGCATA TGCATCGCAG TCAGCCTGGA TACTGAATGC
GACACTGCGT GACAACATTC TGTTTGGTAT GCCATTTGAT CAAGAAAAAT ATGATAAAGT
GCTGAAAGCT TGCCAGCTCT CACATGACCT GGATATGCTT GACAACGGTG ACATGACCGA
AATTGGAGAG CGAGGCATTA ATCTGTCTGG TGGTCAAAAG CAGCGCGTTT CAGTTGCTCG
TGCGGCATAT TCGGATGCCG ACCTTGTAGT GCTGGACGAT CCCTTGTCCG CTCTCGATCC
TGAAGTGGGA CGCCAGTTGT TTGAGGAGTG CATTGTTGAT CTAATGAAGG AAAAAACTCG
ACTCTTCGTC ACAAATCAAC TCCAATTTCT TCGGTATTGC GACTCAGTTG TTGCTCTTGG
GAAGCGAAAG GTCATCGAAC AGGGAACGTT TGACGACCTG AATGCTGCCG AAGGTGGAGA
AGTGAGGCGA CTTTTGAACG AGTTGAAGTC TTCCGAACAG TCACAAAACC ATGAACAGGA
GGAGAATTCT AAGGTGGCAA CTGTTGCGAG AACGGCATCC GCCGCAAAAG ATCCCTCCGT
CAACAGAAAG AAAGAGAAGA AAAGCGATGC TGGTCTCGTG ACAAAGGAAG AGCGGAATAT
TGGGGCAGTG TCATGGGAGG TATACAAGAA ATACGTACTA GCCGGGGGTG GTTATTTCAA
GTTCTTCTGC GTGTATTTTG GATTTGTTCT CTCCGCAGCT AACGGTTTGG CCAGCACATC
CTGGGTGTCT TTTTGGACGA GCGATTCTGA GTACGAAAGG AACTCACAGG TGTTTTACCT
TAGTATGTAC GCTATGCTTG CAGTTACTCT CGGACTGTTC ACCTACATGC GAGCTTTCCT
CCTCGCTCGG TTCGGCGTTC GTGCCGCGGA AAAGTTTCAC AAAGACTTGC TGGAGTCCGT
TCTCCAAGCA CCCCAAAGTT TTTTTGATAC TACACCTGTG GGTCGGATTC TTTCTCGATT
CTCGAAGGAC ATGTATTCGA TCGATGTTGA GTTGAGCGAC TATTTCGATT TTTTCCTTTT
CACGTCACTT ACTGTCGTCG TTTCTCTGGG AACAATCATG TTTGTGACGC CCTGGTTCGG
AGTTGCTATT CTACCACTGG GACTTGTCTA TTTTCGTGTG CTTAATTACT TTCGGAACGT
CTCTCGTGAG ACCAAGCGCT TGGAAAGTAT TTCGCGCTCT CCTGTATACG CTCATTTCTC
TGAAACCCTC GGTGGGCTTT CCACCATTCG AGCCTATGGA CAGTCCATTC GCTTCATGGA
AGATTTTGAA GGCAAAGTTG ACTACAATAC TCGTGCTTAC TATAGCAATA AGACGGCTGA
CCGATGGTTG TCAGTTCGTC TTGAATTGAT CGGTGCAACG ATTGCAGGGC TTGCAGCGGT
ATTCTCCTCC AACGTTGCTA TTTCTGATTC TGTTTCCGGT CAAGACAGCG ATAGCAATTT
TGCTTCGTTG GCCGGTTTGT CTCTTTCCTT TGCTATCTCT TTAACCAGTT TACTAAACTG
GTGCGTACGC TCGTTTGCGC AGCTCGAAGC CGCCATGAAT GCGTGTGAAC GTGTGCTATA
TTACACGGAG AACATTCCGC AAGAAGCCCC GCGTACTTCG GACGAATTGG AAGACGCTAC
CTCCTCGTCT ACCGAGCACT CTTTGTCGAA TCCCGCTGTT TATGCCACTT CAAAATCTGG
TGGAAAAGCG GATCGTGCTG CGTTTAAGTG GCCCGACAAG GGAGAAATTA CGTTGAAGAA
TCTTCGAATG CGGTATCGAG CGGAAACACC GCTGGTCTTG AAGGGACTAA ACGTGACCAT
TCATGGTGGA GAAAGGATTG GAGTCGTAGG ACGTACGGGG AGTGGCAAGA GCTCACTCCT
GTTGACTCTG TTGCGTTTGG TGGAACCTTC CTTAGAAGAG GGAGATTACC AAGCTCCTCT
TTCAATCGAT GGAGTTGACG TGCTTCGCAT CGGCCTGAAA GATCTCCGCT CCAAGCTTGG
TATTATTCCA CAAAACCCTG TTTTGTTTTC CGGTACCGTT CGTAGCAACA TTGATCCGTT
CGACGAATAC TCCGACAAAC AAATTTGGGA TGCCTTGTCC CGATGCGGAA TGAAAGAGTC
GGTCGAAAAT ATGCCGGGTA TGCTGAATGC TAGTATCGCT GAATACGGAG AGAATTTATC
GGCCGGAATG CGCCAGATGC TGGTCCTTGG TCGTGCTTTG TTGAAGCAAT GCCGTATTTT
GCTCTTGGAT GAAGCCACTT CGAGCGTGGA CTACGAGACG GATCGTGAGA TCCAAAGAAC
GCTGCGGGAA GCCTTTAATC AGTGCACCAT TCTCACTATT GCTCATCGCA TCAATACTAT
TATGGACAGC GACAAGATTC TGGTCATGAA GGATGGATAT GTGGAGGAGT TTGCCCCTCC
TCAAGAGCTT CTCAAGGACG AGAATTCCAC CTTTTCGGAA ATTGTACGAC ACGCCAAGTC
CGGAGAGCAT CAGTAG
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| Protein sequence | MEESARKDAS SERKRIPEEE ASLPSHLFFF WARGLFQRAS VLSKQGKALE HEDLLPLPTI
DYGKRIGPAF ANAWNKEEEH MQSEQKRHSA SEAPTVIGAG LADAVDGSYS TTRVRHAIFA
VIGRRFLFAG LIKVLNTALQ FSFPLLLNEI LAFIEDTQAG RIPEDASWED KYRGYWLSAI
LFAAMAAKAI TENVYFHKVY RAGYQARVAV SAAVYNKALR LANAERQGTT LGELINLMQV
DATKIEMFVP QIHVLWDGVL QICGYITILY TLIGWPCFAG LAIMMFAGPV QGIIMKRLFA
LNRTMVKHTD SRIKTTNEAL QGIQCVKMYT WEESFQREIG KARNEELDNL KGVAYLRGFS
RAYMGALPGI VAVASFIVFA AAKTGSTISA STLFAALVAF DQLRFPLLFY PLALAQLAQA
NVSARRVEIF LQMQEIGKDD LKDGGLEVSS MDEAETPTKR FPKAILESVS LRVAPGELCA
VVGRVGSGKS TLCSAILGET LLQSGEVQVK GKIAYASQSA WILNATLRDN ILFGMPFDQE
KYDKVLKACQ LSHDLDMLDN GDMTEIGERG INLSGGQKQR VSVARAAYSD ADLVVLDDPL
SALDPEVGRQ LFEECIVDLM KEKTRLFVTN QLQFLRYCDS VVALGKRKVI EQGTFDDLNA
AEGGEVRRLL NELKSSEQSQ NHEQEENSKV ATVARTASAA KDPSVNRKKE KKSDAGLVTK
EERNIGAVSW EVYKKYVLAG GGYFKFFCVY FGFVLSAANG LASTSWVSFW TSDSEYERNS
QVFYLSMYAM LAVTLGLFTY MRAFLLARFG VRAAEKFHKD LLESVLQAPQ SFFDTTPVGR
ILSRFSKDMY SIDVELSDYF DFFLFTSLTV VVSLGTIMFV TPWFGVAILP LGLVYFRVLN
YFRNVSRETK RLESISRSPV YAHFSETLGG LSTIRAYGQS IRFMEDFEGK VDYNTRAYYS
NKTADRWLSV RLELIGATIA GLAAVFSSNV AISDSVSGQD SDSNFASLAG LSLSFAISLT
SLLNWCVRSF AQLEAAMNAC ERVLYYTENI PQEAPPDRAA FKWPDKGEIT LKNLRMRYRA
ETPLVLKGLN VTIHGGERIG VVGRTGSGKS SLLLTLLRLV EPSLEEGDYQ APLSIDGVDV
LRIGLKDLRS KLGIIPQNPV LFSGTVRSNI DPFDEYSDKQ IWDALSRCGM KESVENMPGM
LNASIAEYGE NLSAGMRQML VLGRALLKQC RILLLDEATS SVDYETDREI QRTLREAFNQ
CTILTIAHRI NTIMDSDKIL VMKDGYVEEF APPQELLKDE NSTFSEIVRH AKSGEHQ
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