Clavispora lusitaniae ATCC 42720: CLUG_04432 Help Entry CLUG_04432        CDS       T01149                                  Name (RefSeq) hypothetical protein   KO K12767   serine/threonine-protein kinase RIM15 [EC:2.7.11.36] Organism clu  Clavispora lusitaniae ATCC 42720 Pathway clu04113   Meiosis - yeast clu04138   Autophagy - yeast clu04213   Longevity regulating pathway - multiple species Brite KEGG Orthology (KO) [BR:clu00001]  09140 Cellular Processes   09141 Transport and catabolism    04138 Autophagy - yeast     CLUG_04432   09143 Cell growth and death    04113 Meiosis - yeast     CLUG_04432  09150 Organismal Systems   09149 Aging    04213 Longevity regulating pathway - multiple species     CLUG_04432  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:clu01001]     CLUG_04432 Enzymes [BR:clu01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.11  Protein-serine/threonine kinases     2.7.11.36  MASTL-subfamily protein kinase      CLUG_04432 Protein kinases [BR:clu01001]  Serine/threonine kinases: AGC group   MAST family [OT]    CLUG_04432 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Pkinase PK_Tyr_Ser-Thr Response_reg ABC1 APH Kinase-like Kdo Haspin_kinase Seadorna_VP7 PAS_9 Motif Other DBs NCBI-GeneID:  8495823 NCBI-ProteinID:  XP_002615550 UniProt:  C4Y8A4 LinkDB All DBs AA seq 1614 aa AA seqDB search MDSKTPRPFHVPTFNAPEQHLRDLDRSVSPCEIPNATSLAEEQKKAKPGSVLVPLEKEQV DLREASADSSTVVMELDLDCNLRYISSNWENMVGTSVKKILNKPISNILIGSSEADLRVF SDAMAQMMCDNASYKVKFVTATNDRNDACDDSDPEEQQQGGEASDQAMSEQKCEDHTMEE SNRDAETSGSTAGSNGGHSPPSSVSSRVSNNGGIIELEAQGILINDPNTRLPTHSIWTVR PFVRIDLELTIPPALVDLLGFGSEIFEGYLLNLREAGIIDENSVPEPKTVLCRICETNIP AWFIEKHSDLCLLEHKVKEDLQLAHDLIADQRDLVFKISESLWLQQYDSHSGSSSPCSST SSLSSSPSSNKVFHTYKDLPLPCMSPDIGLIRNMSKTPEQPYFQSSKKFPFGILQKLIEY CDEALLINPADKSEETGELSFSPKTEHAIGVMMNWKPLETSDPAINAIVEDVQRLVVDKV DILTRLISIDQYSDKIKQEVDELVLQSVKETVAKIREKTREQENPDSIHRTSLTGPGSSK SVFSLEETVTPNLQNSDVMAISDPVSPNESSSEVKLHSPQPSRIRSPTSKMLGDTYFRDS GAKSPFRSITPRDLLRERPVDLSRSNSSLSPSSSYPGLKAVVDSLNDLELSKTPEDPLKS GSSLSSPRKHLSPVPYVERQSLSTLQKNVTTRLDSPPLISGSRESSLAQPFVSRPSVSDS SSFCLTPNTERLTNPLVSENSPNQLTSTNSQSSNSPAFRVATPSAPARSSFTSSSKPPLS PLLVSQTPTMKPSSGGTKDYEIIKAISKGAFGSVFLAKRRLTGDYVAIKCLKKRDMIVKN QVFNVRSERAVMMRQTDSPYIAQLYSTFQTKDYLYLVMEYLNGGDCATLLKMLGTLEDKW AKRYIAEVVVGISDLHKRGIIHRDLKPDNLLIDSSGHLKLTDFGLSRVGVIGRHTSQHRK SSASEQAIEIFRRSLHNNSIQSPLAAMDSPELLPLNHKRNSSVTPFSLSPTTEHLKLQTG PVTSETAPSFLSTKKRSGSLLRGANSTRSGSNSSSTDSPNLHPVLPRTSSESSFAIVDDD YQQGSYPSDPPISSLALFDPDQENSNVKSFVGTPDYLAPEIISGEAQGEYSDWWSIGCIL FEFLFGYPPFHADTPEKVFRNILKGEIDWPPLDEKEMRKYCSVEAEDLIKKLLNMDFEHR LGFNGADEIMRHPYFKGVNWDTLYSEVPDSFIPVVDDPESTDYFDLRGADISQFPKDDSD EEPMPPQSAKDLGSPALSYNPGPISNHLSLPSSPMVTRKERRGSKLADPSEFGSFHFRNL NVLEKANKDVINRLKSQHLEHRNSFSSSSSDGTPIGNSKSRGSSISSTVINPGSPFKRPV SPNTNTISPAKEKAGGVSSKRNSAGAVDCVDSPRPRLSTHSLSKQVIQRNLSESYQSPSS SDTEDSSSALMRIKRRRDNLRRFGSTSSIGSVPLSATNSSKGPQYELDVLYCEPIPIVRH SVAKMLEKCGCVVLGVADGDDLIRRATSKVKFDFIFTALKLPKVDAIDAVKLIKYTSGIN STTPIIAITGFAKDAIESGNFDDVLEKPLDIEVIRNSIAKFQLDNVAVESDPED NT seq 4845 nt NT seq  +upstreamnt  +downstreamnt atggactctaaaacgcccaggccgttccacgtgcccacattcaacgcgccggagcagcat ctacgggacttggaccggtctgtatctccgtgcgagattcccaacgccacctctttggca gaggagcagaaaaaggccaagccaggctcggtcttggtgccgctcgaaaaggagcaggtc gacttgcgcgaggcgtctgcggacagtctgacggtggtgatggaactcgatctagattgc aatctacgctatatcagtagtaactgggaaaacatggtgggcacctcggtcaagaaaatc ttgaacaagcccatcagcaacattttgatcggcagctcggaggctgacttgcgagtgttc agcgatgccatggcgcagatgatgtgtgacaatgcttcgtataaggtgaagtttgtgacg gccacaaacgacagaaacgacgcatgtgacgatctggatcccgaagaacaacaacagggc ggagaagcttctgatcaagcaatgtccgaacagaaatgcgaagaccatacgatggaggag tccaatcgagacgcagaaacctctggtctgacggcaggatccaatggaggacattcgccc ccttcctcagtgagctcacgggtttccaacaacggtggaatcatcgagctagaagctcaa ggtatcttgattaacgaccctaacactcgcttacccacgcattccatctggaccgtacgg ccttttgtgcgtatcgacttagagcttactatcccgccggcgttggtcgaccttcttggc tttggctcggaaatttttgagggctacttgctcaatttacgagaggcagggatcattgac gaaaactcggtgcccgaacccaaaactgtgttatgtcgtatctgtgaaacaaacattccc gcgtggtttatcgagaaacacagtgacttgtgcctcttggaacacaaggtcaaagaagac ttacagctcgcgcatgaccttattgccgaccagcgtgacttagttttcaaaatctccgaa agtttgtggcttcaacagtacgactcacacagcggttcatcctccccctgctcttctaca agctccttgtcatcttctccaagctcgaacaaagtttttcacacatataaggatctccct ttaccctgtatgtcccctgacatcggcttgatacgaaacatgtcaaagacgccagaacag ccgtacttccaatcatccaaaaagttcccctttggcattttgcagaaacttatcgagtac tgtgacgaggcgcttctaataaaccctgccgataaactggaagagacaggtgagcttctg ttctcacctaaaactgagcatgctatcggtgtgatgatgaattggaaacctctcgaaaca tctgatccggcaataaacgccattgttgaggatgtccagcgccttgtggtagataaagtt gatattttgacaagacttatctccattgaccaatactcagacaagataaaacaggaagtg gacgaattggtcctacagtctgttaaggaaacggtggccaagatcagagagaaaactcgc gagcaagaaaatcctgatctgatacatcgaaccctgctcacaggtccaggtagcctgaag tcggttttctcattggaagaaactgttactccaaatctacagaatagcgatgtcatggcg atttcagatccagtttcgcctaatgagctgtccctggaggtgaagttgcattcaccgcag ccttcaaggatcagaagcccaacctctaaaatgctaggagacacttactttagggactca ggggcaaaatctcctttccgctcaatcaccccaagagatcttctccgagaacgaccggtg gatttgtctcggtccaactcctcattatcccccagctcgtcttaccctggactcaaggcg gtagtcgactctttgaatgacttagaattatctaagacgcctgaagaccctttgaaatcg ggctcatcattgtcctctcctcgcaaacacttgtctcctgttccttacgtcgagcgacag agcctttcgacgcttcagaaaaatgtcaccactcgtcttgatctgccacctttaatttca ggaagtcgggaaagttcccttgctcagcctttcgtttcccgcccactggtgtctgatctg tcgtcattttgtttgactccgaacacggaaagattaactaatccattagttctggagaat tcgcctaatcaacttacatccactaatctgcaatcttctaacagccctgcattccgtgtt gcaacaccttcggctccagcgaggagctctttcacttcgagctccaaaccccctttatcg cctttgctcgtttcacaaactccaactatgaaacctagttctggagggaccaaggattac gagatcatcaaggctattagtaaaggtgcgtttgggtccgtctttttggccaaaaggaga ttaactggcgattatgttgctataaagtgtctcaagaaaagagatatgattgtcaagaat caggttttcaacgtacggtctgaaagagcagttatgatgagacaaacggattctccctat attgctcaactttacagcaccttccaaacgaaagattacctttacttggtcatggaatac ttgaatggaggtgattgcgctaccctactaaaaatgttaggcacattggaagataaatgg gcgaagcggtacattgcagaggtagtcgttgggattagtgatttgcataaacgaggcatt atccatcgtgatttgaaacctgataatcttttgattgatagttcaggccatttaaaattg actgactttggtctctctagagtcggtgtcattggtcgtcacacttcgcaacacagaaaa agcagtgcttccgaacaggcaattgaaattttcagaaggagtttgcataacaattcgatc caaagccctttggccgcgatggattccccagagcttttgcctctcaatcacaaacggaac ctgtcagtcactccattttcgctatctcctacaacggaacatctcaaattgcagacagga cctgtgacttctgaaactgccccttcatttctatccacgaaaaagagatctggatctctc ttgcgtggtgctaacagcacgagatctggttctaacagtagcagtacagactcgcctaat cttcatccagttctacccagaacgtcttctgaatcttctttcgcgatcgttgatgacgac taccaacagggttcatatcctagtgatcctcctatcagctctttggcacttttcgatcct gatcaagaaaattcgaatgtgaagctgttcgtgggaacccctgattatttagcaccggag attatttcgggtgaggcacaaggcgaatattcagattggtggtctattgggtgtatcttg ttcgagtttttgttcggatatccgcctttccatgcagatactccagaaaaggtattcaga aatattctcaaaggcgagatcgactggcctcctttagatgaaaaggagatgagaaagtat tgttccgttgaggctgaagatttgatcaagaaattattgaatatggatttcgagcacaga cttggatttaatggtgcagacgaaattatgaggcatccatactttaagggggtcaattgg gatacattatacctggaagttccggactcttttatacctgtagtggatgatccagagtcc actgactactttgatttacgtggtgcagacatttcccaatttcccaaagatgactctgat gaagaacccatgccccctcaatcagctaaggatctaggatccccagccctcagctacaat ccagggccaatctccaatcatctttccttaccgtcttcaccaatggtcactcgaaaggag cgaagaggaagcaagttggctgatccaagtgaatttggatcattccacttccgtaacttg aatgtattggagaaagcgaataaggatgtcatcaatagattgaagtcacagcatttggag caccgcaacagcttctcatcatcatcgtctgatggcacgccaatcggaaactctaagtcg aggggactgtcaatttcatcgaccgttattaatccaggaagcccctttaaacggccggtg tcccctaataccaacacgatttctcctgcaaaggaaaaagcaggaggagttagctcgaag aggaatagtgcaggtgcagtggactgtgttgactcccctcgacccagactactgacgcat tctctttccaagcaagttatacagcgaaacttaagcgagctgtatcagtcaccgtcgagt tccgatactgaagattcatcttctgccttaatgagaataaaacgaagacgtgataacttg aggcgttttggcagtaccagtagtattggttcagttcctttatcagccaccaattcttcg aagggccctcagtacgaattagatgtgctatactgtgaacccatccccattgtgagacat tctgttgcaaaaatgttggaaaaatgtggatgtgtcgtcttgggagtagctgatggagat gatttgatccgaagagctactagcaaggtcaaatttgatttcatatttacggcattgaag cttccaaaagttgatgcgatagatgcagtgaagttgatcaaatacacaagtgggatcaac agcacaacgccaattattgctattacaggttttgccaaagatgccattgagctgggcaat tttgatgatgtattagaaaagcccttggatattgaagtcataaggaactcgattgcgaag tttcaacttgacaatgttgctgtcgaatctgatcctgaagattaa

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