Pyrenophora teres: PTT_01206 Help Entry PTT_01206         CDS       T01613                                  Name (GenBank) hypothetical protein   KO K14556   U3 small nucleolar RNA-associated protein 12 Organism pte  Pyrenophora teres Pathway pte03008   Ribosome biogenesis in eukaryotes Brite KEGG Orthology (KO) [BR:pte00001]  09120 Genetic Information Processing   09122 Translation    03008 Ribosome biogenesis in eukaryotes     PTT_01206  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03009 Ribosome biogenesis [BR:pte03009]     PTT_01206 Ribosome biogenesis [BR:pte03009]  Eukaryotic type   90S particles    U3 small nucleolar RNA-associated proteins     PTT_01206 SSDB OrthologParalogGFIT Motif Pfam:  Beta-prop_WDR3_2nd Beta-prop_WDR3_1st Beta-prop_WDR5 Beta-prop_IFT122_1st WD40 Beta-prop_THOC3 WD40_Prp19 WD40_CDC20-Fz WD40_WDHD1_1st Beta-prop_EML_2 Beta-prop_WDR36-Utp21_2nd Beta-prop_WDR36-Utp21_1st Beta-prop_TEP1_2nd WD40_Gbeta WDR55 EIF3I WD40_MABP1-WDR62_2nd Beta-prop_WDR90_POC16_2nd Utp12 Beta-prop_CAF1B_HIR1 Beta-prop_EML ASA1 DSE1_N Beta-prop_WDR41 WDR90_beta-prop_4th ANAPC4_WD40 Beta-prop_TEP1_C Beta-prop_WDR75_1st Beta-prop_NOL10_N Beta-prop_IFT140_1st NBCH_WD40 Beta-prop_Aladin Beta-prop_Vps41 Beta-prop_SCAP Beta-prop_DCAF4 WD40_MABP1-WDR62_1st Beta-prop_RIG_2nd Beta-prop_VPS8 WDR54 Beta-prop_SPT8 PEP5_VPS11_N CFAP251_N Beta-prop_HPS5 Beta-prop_WDR19_1st Beta-prop_Nup120_160 RMC1_N Beta-prop_RIG_1st Beta-prop_EIPR1 Beta-prop_WDR35_TULP_N WD40_RFWD3 Beta-prop_IP5PC_F Beta-prop_ACSF4 PROPPIN DNAI3_WD BCAS3_WD40 RelA_RIS Utp21 Beta-prop_LRRK2 Rtf2 DIKK1-2-4_C-subdom1 Motif Other DBs NCBI-ProteinID:  EFQ96434 UniProt:  E3RCW0 LinkDB All DBs Position Unknown AA seq 959 aa AA seqDB search MVKSYSKYEQTDAFGVVATATSNIVWTPEGLTQPGSSRAAGAGRAYAAANEEVLCWDIKK SELVSRWRDNSCTEQVTVICRSDVDPDVFAVGYTDGSIRIWDARTSTVIISFNGHKSAVT VLTFDQSGVRLASGSKDTDIVIWDLVSETGLFKLRGHKGQITGLHFLHPGSASDEDGEVD MDADQAFLLSTSKDALIKIWDVATQHCIETHIAQTNGECWALGVSPDGSGCITAGNDGEL KVWAIDQSGLRQAASALGEGADREYLTSRGMLYRQGKDRTQCISFYDRADYIAVHGAEKA VEIWRIKSPEEVRKSLVRKRKRKREKSKNETNGEAQEEIDEDKVNAADAEIGEVFVPYVT VRTAGKVRSVAWMHIKGTKKLQLLVGTNNNLLDVYEIPQRSKSKSEEAPDYSRTLSVELS GHRNDVRALALSSDDRMLASASSGGLKIWNIKTQNCLRTLECGYALCCAFLPGDKIVVVG TKDGDIELYDIAASTLLDKISAHEGAVWTMQVHPDGKSLITGSADKSVKFWNFDIVQEEI PGTKRTTPRLKLTESRILKVNDDVLSIQVSPDSRLLAVATLDNTVKVFFVDFLKLFLNLY GHKLPVLNMSISGDSKLIATCSADKNVRIWGLDFGDCHKALFGHEDSIMQISFIPHPVDG EERHIFFSASKDRTIKSWDGDKFQQIQKFRGHHGEIWAMTVARTGDFLVTASHDKSLRIW TRSDEPIFLEEERERELEEMYEKTLATSLEDDENNENPSAAEAVDASKQTITTLTAGERI QEALDLGIPDLELVQNWELQRRSNPKLAPPQRNPLYLALGNVSAERHVLSTMAKIPAAQL HDALLVLPFSSLPALFTFLAIWVRKQWNVTLTCRVLFFMLKTHQKQIVASRELKTVLEAM RSDLRSMLSQNKDLVGFNVAALRFVGERVEERGLVRWEDVERVEEEGKGRRKRGFVDVA NT seq 2880 nt NT seq  +upstreamnt  +downstreamnt atggtcaaatcatacagtaaatacgagcaaaccgacgcttttggtgtagtcgcgactgcc acttcgaacattgtatggaccccagaaggccttacacagcctggatcatctcgagccgca ggcgccggacgcgcatacgccgccgcaaatgaagaagtgctgtgttgggatatcaagaag agcgagctcgtaagcaggtggcgcgacaactcctgcacggaacaagtgactgtcatctgc aggagcgacgtggacccagatgttttcgccgtgggctacacagacggaagcatacgcata tgggatgcacgaacgtcgaccgtcatcatcagcttcaacggacacaaatccgccgtcaca gtcctcactttcgatcagagcggagtacgcctagcgagtggctccaaggacacagatatc gtcatatgggatctggtctcggaaactggcctgttcaagctgagaggacacaagggtcag atcaccgggctacactttcttcatcctggtagcgcatcagacgaagacggcgaagtagat atggacgctgatcaggcattcttactctccacgagcaaagatgctttgatcaaaatatgg gacgtcgctacacaacactgcatcgagacgcacattgcacaaacaaacggagaatgttgg gcactcggcgtctcaccagatggtagcggttgcataacagctggtaacgacggtgagctc aaggtatgggctatcgatcaatctggtcttcgacaagcagcttcagccttaggagaagga gcggaccgggagtatctcacgtcgagaggcatgttgtatcgacagggcaaggacaggacg caatgcatatccttctacgacagggctgattacattgcggtacacggtgcggagaaggct gtggagatctggcggataaaaagtccagaagaggtcaggaaaagcttagtaaggaagagg aagagaaagcgggaaaagtccaagaacgagaccaacggcgaggcgcaagaagagatcgac gaagacaaggtcaatgcagcagatgcggagattggcgaggtcttcgtgccctatgtgaca gtgcggacagctggaaaggttaggtcggtcgcgtggatgcacatcaagggcacgaagaag ctgcaactacttgtcggcacaaacaacaacctcttggacgtttacgagataccccaacga agcaagtcgaagagtgaggaggcaccagattacagtaggacactatctgtcgaactctcg ggccacagaaacgatgtacgcgcgctcgctctcagctcagacgaccgcatgttggcatct gcgtcaagtggaggactcaagatctggaatatcaaaacccagaactgtctgcgtacgctg gagtgcgggtatgctctatgttgcgcatttctgcccggagacaagattgtggtagtgggc accaaggacggcgacatcgagttatacgacatagcggcttccacactgctcgacaagatt tcagcgcacgagggagcagtatggacgatgcaagttcaccccgacggcaagtcactcatc actggtagtgcggacaagtctgtcaagttctggaactttgacatcgtacaggaagagatt ccagggacaaagcgcacaacaccgcgtttaaagctcacggaatctcgcatactcaaggtc aacgatgatgttctgagcatacaggtctcacctgactcacggttgctagcagtagcaact ctcgacaataccgtaaaagtcttctttgtagatttcctgaagcttttcctcaacctttac ggtcacaagctgcccgtcctcaacatgtcaatatctggcgacagcaagctcatcgcaacc tgttccgccgataagaacgtccgtatctggggtctcgattttggagactgccacaaagcg ctcttcggccacgaggacagcatcatgcaaatctccttcatcccgcaccctgtcgacggc gaggaacgccacattttcttcagcgcctccaaagaccgaacaattaagagctgggatggt gacaaattccagcaaatccaaaaattcagaggccaccacggcgaaatctgggccatgacc gttgcccgaacaggcgacttcctcgtcaccgccagccacgacaagagtctccgcatctgg acgcgctccgacgagcccattttcctcgaagaagaacgcgaacgcgaactagaagaaatg tacgaaaaaactctcgccacctccctcgaagacgatgaaaacaacgagaacccatccgcc gctgaagcagtcgatgcctcgaaacaaacaatcaccaccctcaccgccggtgagcgcatc caagaagccctcgacctaggcatcccggacctcgaactggtccagaactgggagctacaa cgccgttcaaaccccaaactcgctcctcctcaacgaaaccccctctaccttgccctcggt aacgtatcagccgaacgccacgtcctcagcaccatggcaaaaatccccgctgcacaactc cacgacgccttactcgtcctacctttttcttccctccccgcgctcttcactttccttgcc atctgggttcgcaaacagtggaatgttacgcttacctgtcgcgtcctcttcttcatgctc aagacgcatcagaagcagattgtcgcatcccgcgaactcaagactgtgttggaggctatg cgcagcgatttgaggagtatgttgagtcagaataaggatttggtagggttcaatgttgcc gcgttgaggtttgtgggagagagggtcgaggaaagggggttggttaggtgggaggatgtt gagagggttgaggaggaggggaaggggaggaggaagagggggtttgttgatgttgcgtga

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