Thalassiosira pseudonana: THAPSDRAFT_11996 Help Entry THAPSDRAFT_11996  CDS       T01078                                  Name (RefSeq) predicted protein   KO K05288   GPI ethanolamine phosphate transferase 3 subunit O [EC:2.7.-.-] Organism tps  Thalassiosira pseudonana Pathway tps00563   Glycosylphosphatidylinositol (GPI)-anchor biosynthesis tps01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:tps00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis     THAPSDRAFT_11996 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Phosphodiest Metalloenzyme TY-Chap3 Motif Other DBs NCBI-GeneID:  7448271 NCBI-ProteinID:  XP_002295211 JGI:  11996 UniProt:  B8CG60 LinkDB All DBs Position 23:complement(91408..94551) Genome browser AA seq 1047 aa AA seqDB search MTNPRRKTASSASSRKAAVPSTASNNNLHDDDHEPSPSLMSSPDSPCPDNESSNKLHSLY LLLPPLLLLSGLSVFTQSFFLSRTAFTARSSCQIGSAGELLVDALQLSEDHVDFMRDEGW LTDSKGVNGGGGCWTPRRVDSMAILVVDALRFDFARDHLPLSVGSRLFPGKLSNSTRSKG RGYSQLYQFVADPPTVTMQRLKGLTTGGLPTFADITGSFGGASVDEDSWVEQLKNTPWTR RHHISVGGDGSKKPLIGFVGDDTWVDLFPTQFDDSNPYPSFNTRDLDTVDNGCLMHLPRL LDGLLGLKKQSEFSSNNKHNNATSFELIVAHFLGVDHVGHTYGPNDPHMERKLNQMDGML SHTLDAIDDAPEESCIVAFVLGDHGMTEDGNHGGGTSEEVNAGLFVHFSPGCHYEDESMQ QYRIGRLDGGEIGFDSVRAFESIHQIDLVPTISLLLGLPIPYANIGGLVPDLLPTPRTGS GDVASPTPHSATALALNAAQVWSYLDAYSKISSDLPVDRLKELKELLDSATLVFKEALAS SQKQALLHADEGKQHHDSIAYRQACGLFKLFLAESTDLGKRVWTQFNEGGMMFGIGILVV AWIMTFPLWKRNVRNELWAVLSWRRSDDSMKGHIKCAETASHNKLVPSASSMQSFRQIEL IAAIAFMIFQCGVLTFGNSYIDHEREVVTFFLAILCLLVFRRWYFATAGHTSNAGLQNSV VYLPLMVAFSARANDVFVTGHGLDPSIRMHLAHHSVVFLSSLLVLILLRLRWFCGSSSRS ALIDVVAIICLAFSWWEKRSRDHSRNGFIMARCAIALIFAGLLHSCYAMYRRKRMTSKGG YRSDREWTEMTQLASFRAMMFITIVTGPSTASTAVLMVVQTAALSQMMEAGGNREIDAPV MAALWRLAIRHVFFATNHHCSFNRLHFSAAFVATETFEFHIAGASLFMNTFGWEIIGTTL VLVLSRTCRGKARRSVWTWFCFYQWTETVASCMSVSVMKRHLMVWAIFAPRFMFAAVFTG LTLFLCFVDVVVSIVTTSSAVMRKQLV NT seq 3144 nt NT seq  +upstreamnt  +downstreamnt atgaccaacccaagacgaaagactgcatcatctgcttcgtctagaaaagcagcagtgcca tcaacagcatcaaacaacaacctccatgacgatgatcacgaaccatcaccatcactgatg tcatcaccagattcaccatgccccgacaatgaatcaagcaacaaactccactccctctat ctcctcctgccgcccctcctcctcctatccggcctatcagtattcacacagtccttcttc ctctcgcgcaccgccttcaccgcccgttcctcgtgtcaaattggtagtgcgggagagttg ttggtggacgctttacagttgagcgaggatcatgtcgactttatgagggacgaaggctgg cttacggatagtaagggtgtgaacggaggaggaggatgctggactccgcgaagagtggac agcatggccattcttgttgtggatgcattacggtttgattttgcgagggatcatttgcca ttgtcggttgggtcacgattgtttcccggtaaattgtccaacagcacacgctcaaaggga agggggtactctcaactataccagtttgtggcggaccctcctactgtgacaatgcaacgt ttgaaaggattgactaccggtgggctacccacctttgcggatattactggttcgtttggc ggtgcttctgttgatgaagattcttgggtggagcagttgaagaatactccttggacgagg aggcatcatatcagtgttggtggtgatggctctaagaagccactgattggctttgtggga gatgatacgtgggtagatctcttccctacgcagtttgatgacagtaatccatacccatcg ttcaatacacgagatttagacactgttgacaatggatgtctgatgcatctgccacgattg ttggatggactgctcggcttgaagaagcagtctgaattcagcagcaataacaaacacaac aatgcgacatcctttgagctcatagtagctcacttcctcggggttgaccacgtaggacac acttacggaccaaacgatcctcatatggaacgcaaattgaatcaaatggatggaatgcta tcacatacattggatgcgattgacgatgctccggaagaatcatgcatcgtggcgtttgta ttgggtgatcatggcatgacggaggatgggaatcatggtggtggaacaagtgaggaggtg aatgctgggctgtttgtacactttagtcctgggtgtcattacgaagatgaaagtatgcaa caataccggattggacgattggacggaggagagattggttttgattctgtcagagcattt gaatccatccatcagattgacctggtacctacgatttcactgctgttaggtcttcctatt ccgtatgccaacattggcggattggtaccagatttgcttccaacacctcgtactgggagt ggcgatgtagcttcgccgactcctcatagtgccacggctcttgcactcaatgcagctcag gtttggagttatcttgatgcctactccaagatatcttctgatttgccggtggatagattg aaagaactcaaagagctgttggattcggctacgttggtgtttaaggaagcactggcttct tctcagaagcaagcgttgctgcatgcagacgaaggcaagcaacatcatgattctatcgcc taccgacaggcctgtggtctattcaaactattcttggcagagagtaccgacttgggaaaa cgagtgtggactcaattcaatgaaggtggaatgatgtttggcatcggcattttagtagtt gcttggattatgacatttcctttgtggaagaggaatgtaaggaatgaactgtgggctgtt ctttcttggcgtaggagcgacgatagtatgaaaggtcatatcaaatgtgcggagactgca tcccacaacaaactagtaccaagtgcttcatcaatgcagtcgtttcggcagattgaactg attgctgcaattgcattcatgatattccaatgcggagtactcacgttcggaaacagctac attgatcacgaacgagaagttgtgacattcttcttggcgatactgtgcctcttggtgttt cgtcgatggtactttgcgactgctggccacacatcaaatgctgggctacagaattcagta gtctatcttcctttgatggtggcgtttagtgctcgggcaaatgatgtatttgttactggt catggattggatccttctatccgcatgcatcttgcccaccactctgtggtcttcttatca agtctcttggtattgattttacttcgcctacgttggttttgtggttcttcgtcgcgctcg gctctcattgatgtagtggctatcatctgcctagccttcagttggtgggagaagcgaagc cgtgatcattctcgcaacggattcatcatggcgaggtgtgcaattgctttgatttttgca ggacttttacattcatgctatgcgatgtaccgaagaaagaggatgacgtctaaaggtggc tatcgctctgacagagagtggacagagatgactcaattggcatcgtttcgtgcaatgatg ttcattacgatcgtcaccggtccttcaacggcatcaaccgctgtcttgatggttgtacag actgcagcattgagtcaaatgatggaggcaggtgggaatagagagattgatgcacccgtc atggctgccttgtggagactcgccatccgacacgtcttcttcgcgacaaatcatcattgt tccttcaatcgtctgcacttctctgcagcttttgttgccacggagacatttgagtttcac atcgcaggagcctccttgtttatgaatacgtttgggtgggagataatcgggactacgctg gtcttggtgctatctagaacttgccgaggaaaggcaagaaggagtgtttggacctggttt tgcttctatcagtggacagaaacagtagcatcgtgcatgtctgtgagtgtgatgaagaga catctcatggtgtgggcaatattcgctccacggttcatgtttgcggctgtcttcacaggg ctcacgttgtttctttgcttcgttgatgtcgttgtgtcgatagtgacaacgtcgtcggca gtcatgagaaagcaacttgtatga

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