Thalassiosira pseudonana: THAPSDRAFT_11949 Help Entry THAPSDRAFT_11949  CDS       T01078                                  Name (RefSeq) predicted protein   KO K14766   nucleolar protein 14 Organism tps  Thalassiosira pseudonana Brite KEGG Orthology (KO) [BR:tps00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03009 Ribosome biogenesis [BR:tps03009]     THAPSDRAFT_11949 Ribosome biogenesis [BR:tps03009]  Eukaryotic type   90S particles    U3 small nucleolar RNA-associated proteins     THAPSDRAFT_11949 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Nop14 PTM_DIR17_Tudor Tudor_5 Motif Other DBs NCBI-GeneID:  7449447 NCBI-ProteinID:  XP_002295105 JGI:  11949 UniProt:  B8CG12 LinkDB All DBs Position 22:complement(986798..990683) Genome browser AA seq 1131 aa AA seqDB search MGKSGRSKNKVKRSSKTLPKGIPTRKSTPGNNTTSGPSPFEYARTTNSATRVKHHVHNRI VPGQLKPNSLGRGGASNARSTQSSLARSIQRRQTHLKSQLQSEGKANSFIDRRIGEAGRR HGLVEDGGGGRTKEDVMLKRIVQERVRRSKRAGKFSLEEEEDDGGGGGGLTHRVGIVMVY CILSLFMFSTLQCTNHTNHDSAQRLPQGKTIDESYTGKPQDEMDIILSDDDQDDLDKVDT MMHFGGGKFDKDNAIERGAYGGEGGQGGQDLGVAYRSRKEELEDRIRMKKFEKAERMKRK EDQAETFETMDESFAELAQLLQFRDKEQERTEKAKARKMGTLNADDVEMDAWDKEMKEYL FERKVKATDRTKTPEEIAKEEADRLHKLETRRLARMAGDFEEDDLSDISDDEGGRKRKRS KKEQSKKKRDHSNPEELSDSEDEKEESGDRREVRFTADGLVYLDKDGNVVGKVGEEKDEE NDAISEEESDGSDGDLSGSEEEDSAAGHDLGDSVDEASAANSDEDGSDEESGANPVELTK GMKVQGNYRAKEQYGGKENWYNGEITAVRKDCNGNTVYDVTYEDGDFEDGMIQSNVRALP KSQEEKEAEMARETEVSLAKKKKLKAKIRAKETIPFVFEVPTTLDSLHNVIATHASTGAD ASLIIQRIHTTNSVRLNHKNKERMQNFYDVLLRRFIAVGDAIFESGNGGPDLERYEQLNS ITKTLYAMSQDSPECAGAVWSRRLGIFQKAFAKRLRDVEVVQLGDACEGEFTAWPSTGML LLMRALPHIFPSTDKRHAVVTPALVLLGQILAQTPIYSQYDVVMGLFCSGLMIEYTKDAK RLPPEATAFLAGVLRLFADDVAAALSRSPLPSLGSTSKGSTLLNLRKELSDLINEGDLGL NNIRLSLEKDDIQSEANSLSTISFALHLVQQAINAFGKTEEGSEREIFSEVMKAMLCIDG SRKDLTLPLSVKNAIAETARVASSTCASGEERRPLQRRKAASAKDLAIKTLAPRMEDPSR YSMSKDKGKTQLQAEHDRHRREYKREHKAAMRELRLDSAFIESERRKAKDAADGKAKEKR HKNFAWLEQEQATMNQQVRMGGGLLSGGGVGAAKRKAKSGKLGIKKGGKLR NT seq 3396 nt NT seq  +upstreamnt  +downstreamnt atgggcaaatcaggcagatcaaagaacaaagtcaaacgttcctccaaaacactccccaaa ggcattcccacccggaaatccacccctggcaacaacactacttcaggcccatccccattt gaatatgcacgtaccaccaactcagccactcgcgtcaaacaccacgttcacaatcgcatc gttcccgggcaactcaagccaaactccctcgggagaggaggagcatccaatgcaagatcc acacagtcatcactagcacgctccatccaacgtcgtcaaacacatcttaaatctcaactt caaagtgaggggaaggccaattcgttcattgatcggaggattggtgaagcgggacgacgt catggattagtggaggacggaggtggggggagaacgaaggaggatgtcatgttgaagaga attgtgcaggagagggtgaggaggagtaagagggcgggaaagtttagtttggaggaggag gaggatgatggtggtggtggtggcggattgactcatcgggtgggtattgtgatggtgtac tgtattttgtctttgttcatgttctcaacactccaatgtactaatcacaccaatcacgac tctgcgcaacgcctccctcagggcaaaacaatcgacgaatcctacacaggcaaaccccaa gacgaaatggacataatcctctccgacgacgaccaagacgatctagacaaggtagacacc atgatgcactttggtggaggaaagtttgacaaggataacgccattgagcgtggtgcgtat gggggtgaaggaggacagggagggcaggatttgggagtggcgtatcgtagtcggaaggaa gagttggaggatcgtattcggatgaaaaagtttgagaaggcggagaggatgaagaggaag gaagaccaagccgaaacatttgaaacaatggacgagtcctttgctgaactagcacaactc ttgcagttccgcgacaaggagcaagaacgtactgaaaaggccaaggctaggaagatggga acgttgaatgcggatgatgtggagatggatgcttgggataaggagatgaaggaatacctc tttgaacgcaaagtcaaagctaccgatcgtaccaaaactcccgaagaaatcgccaaagaa gaagcagacagattgcacaaactcgaaacgcgacgtctggcaagaatggctggtgatttt gaagaagatgatttgtccgacatttcagatgatgagggcggcagaaaaaggaaacggagt aagaaggagcagagtaagaagaagagagaccattccaatcccgaggagttgagtgattca gaagatgaaaaggaggaatcgggggatcgtagggaggtccggtttactgctgatgggctt gtgtatcttgataaggatgggaatgtggtcggcaaagtgggtgaagagaaggatgaagag aatgacgccatctctgaggaagagagcgatggttccgatggcgatttgtctggatcggag gaagaagatagtgcggcaggtcacgatctcggtgattcagtcgatgaggcttcggcagcc aacagtgacgaggacggtagcgatgaagaatcaggtgcaaaccccgtggagctaaccaag ggaatgaaagtacaagggaactaccgtgccaaagagcagtacggcggaaaggagaactgg tacaatggagaaatcactgccgttagaaaggattgcaatggaaataccgtttacgatgtc acgtacgaggatggagattttgaagacggaatgatccaatccaatgtgagggcgctgcct aaatctcaggaagagaaggaagcagagatggcaagagagactgaggtatcattggccaag aagaagaaactgaaggccaaaatcagagccaaagagaccatcccatttgtgtttgaggtt ccgactacgctagattctctccacaacgtaatcgctacgcacgcatctaccggcgccgac gcctctctcatcattcaacgaattcatactaccaactctgttcgtctcaaccataagaac aaagaacggatgcaaaacttttacgacgtacttcttagacgttttatagctgtcggtgat gcgattttcgagtctggcaacggtggaccagatcttgaacgatacgagcaactgaactcc atcaccaaaacactctatgcaatgtcacaagactcgcctgaatgtgctggggccgtttgg agtcgccgattgggtatctttcagaaagcatttgcaaagcgtttacgtgacgttgaggtc gttcaattgggagatgcttgcgaaggtgaattcactgcatggccatccacgggaatgctg ctgctcatgagggcactgccacacattttcccatccacagataaacggcatgctgtagtg actcccgctcttgtcttattggggcagattctcgctcaaactccaatctatagccagtat gacgtcgttatgggattgttctgctcgggattgatgattgagtataccaaagatgccaaa cgtttgccaccagaagcgactgcattcctagctggcgtcttgcggttgtttgcagatgat gtagctgctgccctatcacgcagccctcttccaagtcttggctcgacatctaaaggcagc actctattgaatctcaggaaagagcttagtgatttgataaacgaaggcgacttgggtttg aacaacattcggctctcgcttgaaaaggacgacatccaatctgaagcaaattcattgtca acaatatccttcgctctccatttggtacagcaggctattaacgcgtttgggaagactgaa gaggggtctgagagggagatattctccgaagtgatgaaagcgatgctttgcattgatggt tcaaggaaagatcttactctcccattgtccgttaagaacgctatcgccgaaactgcacgt gtagcatcaagcacttgtgcttctggagaggaaagacgacctctccagcgtcgtaaagct gcatctgccaaagatcttgcgatcaagactcttgctccgaggatggaggatccatcgagg tacagcatgtctaaagataagggcaagactcaactgcaagctgagcacgatcggcacagg cgcgagtacaaacgggagcataaggctgcaatgcgtgaacttcgtttggatagtgcattc atcgagagtgagagacgaaaggctaaggatgctgctgatgggaaggccaaggagaaacgt cacaagaactttgcatggctggagcaagaacaggctaccatgaatcaacaggtacgaatg ggtggaggcttgctttctgggggaggagtgggtgctgcaaagcgaaaagcaaagagcgga aagttgggaattaaaaagggaggcaagcttaggtag

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