Thalassiosira pseudonana: THAPSDRAFT_1057 Help Entry THAPSDRAFT_1057   CDS       T01078                                  Name (RefSeq) predicted protein   KO K19751   dynein axonemal assembly factor 2 Organism tps  Thalassiosira pseudonana Brite KEGG Orthology (KO) [BR:tps00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:tps03037]     THAPSDRAFT_1057    04812 Cytoskeleton proteins [BR:tps04812]     THAPSDRAFT_1057 Cilium and associated proteins [BR:tps03037]  Motile cilia and associated proteins   Dynein assembly factors    THAPSDRAFT_1057 Cytoskeleton proteins [BR:tps04812]  Eukaryotic cytoskeleton proteins   Microtubules    Tubulin-binding proteins     Dyneins      Dynein-related proteins       THAPSDRAFT_1057 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PIH1 PIH1_CS Motif Other DBs NCBI-GeneID:  7451515 NCBI-ProteinID:  XP_002286614 JGI:  1057 UniProt:  B8BT78 LinkDB All DBs Position 1:complement(542056..545588) Genome browser AA seq 965 aa AA seqDB search MIPDDPSTAFLAAAFLSGVAEGSSIFRYHNRRRCLVGDVHHDDDRFDVVELQKHTSVAPI SSSQIAAYSIMYGIASMPMGLVGASPGVAFYPRALQASASEETGSPSEPTKNGQMNDNFN GLCGNVNGDELRRRLQNDSSMIQRANCELVPPSMSPRLGVGFMWSETSNTLIDRVKAMQS KFGRDLSLPPFSSIEKLVGGDSYHTSSDDQQPIALRLVLNEKQLPTSSVISVNKDTIVPT YFDECNNKQLARQPSSCLVLPIICPGFVVPATQTLHWSLGLTSKDWEDLPLNASWLLSSP NKQNEEASDDETLHTTPSLIVEANLCPSLHDILRHRFSSRSNPPESKHTIQMFTRILQKL AQERCQTNITTVSILLQWDSKETLRKQLNQTHSDTTKVVNIDAVDVLNWALTSTIDNIDL TVCDLDCETERVASLTATLESPMNLNDSHLPLQSRKTINEKTTPWTVVDVLGTSIRHLIE STYRGVSFVAAAGKKMKKEQSENSNEQRSVSGNGQIPKILHVASPYDSVLLRWLGGSLRG WKVKFLELADNHTQEGIVLVLGNTDIDTCQLMCSLIDEHSDLFSNPKSKFVILLEDECNV NMLHDLIGSDEDRDSSDKVSIVCVSTASTKMPTQTDEVKLTAEEVASFEKAFSDESFRKL MADYVCEISDPKHKEETEAYIKELEVKHEIPVGKELIHPTPGFVIKCMHQKKRSSEAKSA KLFLNMVHSDKVSKPESDKSDNGTRWSVPFAIGPVRLESDKSGSLVPTFDICFHPTILKQ AHASKEFCEFIVGIAKDAVKKAFDSSGEEIELGYGYSILRGVLYKNGSPKALMVSNDAST PEEVEAQQPTSDTEVANVEQRIIPKYKIVEQGVFDIVNHTNSSRPKQLAVHISLDKVTSV AEVCLYVSEKKLSITPGSRAKYQYHLDVTLPYPVVSEKGSARLDKNQGTLVVTLPVVSSS TEIIN NT seq 2898 nt NT seq  +upstreamnt  +downstreamnt atgatacctgacgacccttccactgcgtttctagcagcggcgttcctatcgggcgttgcg gaaggctcatcaatctttcgttaccacaatcgtcgacggtgtctcgtgggtgacgtgcac cacgatgacgatcgcttcgatgtagttgagttgcaaaagcatacctccgttgctccaatc agctcttctcagattgctgcttattccattatgtatggaattgcgtcaatgccgatgggg ttagtgggtgcttctcctggcgtcgccttctaccctcgtgctcttcaagcgtctgcttca gaagagactggctcaccatccgagccaacgaagaacgggcagatgaatgacaatttcaat ggactctgtggaaacgtgaatggtgatgagctgcgaagacgattgcagaatgattccagc atgatacaacgagcgaattgtgaactagtaccgccaagcatgtcacctcggcttggcgtg ggcttcatgtggagcgagacgagcaatacgttgattgacagggtaaaagcaatgcaatct aagtttggcagagatctgagtcttcccccatttagttcgattgagaagttagtgggggga gattcctatcacaccagtagtgatgatcaacaacccatagcacttcggcttgtactgaat gaaaaacaactccctacgtcttcagtgatctccgtgaacaaagataccatcgtaccaacg tattttgacgaatgcaacaataaacaattggcacgacaaccttcatcgtgtctcgtacta ccaatcatatgcccgggtttcgtcgtgccagcaacgcaaacacttcattggtcattagga ttgacatccaaggactgggaggatctaccgctcaacgcgtcttggctactttcttctcca aacaaacaaaacgaggaggcatcggatgatgaaactttacatactacaccctctctgata gttgaagccaatctttgcccctcacttcacgatatcctccggcatagattttcaagtcgc agtaatcccccagaatcaaaacacaccattcagatgtttactcgaatactgcaaaagcta gcacaggagaggtgtcagacgaatattaccacggtatcaatactacttcaatgggatagc aaagagacgctgagaaaacaactaaaccagacacattcggacacaaccaaagttgtcaac attgatgcagtggatgttttgaactgggccttgacgtctacaatcgacaacattgacttg acggtgtgtgacctcgactgcgagactgaacgggttgcaagcttaacagcaactttggaa agtccgatgaacttgaatgactcgcatttacccttgcagtcacgcaaaacaataaacgag aaaacaacaccatggacggttgttgacgtacttggcacctccattcgtcacctaatagag tcaacgtatagaggtgtttcgttcgttgctgctgctggaaagaagatgaaaaaagagcaa tccgagaacagcaacgagcaaagaagtgtttcaggcaatggtcaaataccaaaaatctta cacgtcgcatctccctatgattcggttttactacgctggttgggggggagtctacgaggt tggaaggtgaagtttcttgagcttgctgacaatcacactcaagaaggcatcgtattggtt ttggggaacactgatattgacacttgccaattaatgtgctcgctcatcgacgaacattcc gatctattcagcaatccaaagtcaaagtttgtgatattgctggaggatgagtgcaacgtc aatatgcttcacgatcttatcggttctgatgaagacagggacagcagcgacaaagttagc atcgtctgtgtatctactgcttcaaccaaaatgccgacacaaacggatgaagtcaagcta acggccgaagaagtagccagcttcgagaaggcgttctcggatgagtcgtttcgtaagctc atggcggactatgtgtgcgagatctcggatccaaagcacaaggaggagacagaagcctac attaaggagttggaggtgaagcacgagattcccgtcggaaaagaacttatccatccgact cctggctttgtaataaaatgcatgcaccaaaagaagagatcctcagaagccaagagtgct aagctctttttgaatatggtacactctgacaaagtatcaaagcccgagtcggacaagtcg gacaacggaacaaggtggtccgtaccctttgctataggtccagtacggttggaatctgat aaatctggtagcctcgttcctacatttgatatttgcttccatccgacgattctcaagcag gctcatgcgagtaaggagttctgtgagttcattgttggaattgcaaaagacgccgttaag aaggcgtttgactcgtctggagaggaaatcgagcttggttatggttacagcattcttcgt ggtgtcttgtacaaaaatggaagtccaaaggcgttgatggttagtaacgacgcttctacc ccagaggaagtagaagcccaacagccaacttcagataccgaagttgccaacgtcgaacaa aggatcattccaaagtacaagattgtagaacagggagtatttgacattgtcaatcatacc aattcatcgcgaccgaagcagctcgctgtgcatattagtctagacaaagttacatcggtg gctgaagtttgcctttatgttagtgaaaagaagttgtcgataactcctggtagcagagca aagtatcagtatcatctcgacgtgacacttccgtaccctgtcgtatcggaaaagggaagt gctcggcttgacaagaaccaaggaactttggttgttactcttcctgtagtttcttcctcg acggaaatcatcaactaa

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