Meyerozyma guilliermondii: PGUG_04818 Help Entry PGUG_04818        CDS       T01150                                  Name (RefSeq) hypothetical protein   KO K21157   SNF1-activating kinase 1 [EC:2.7.11.1] Organism pgu  Meyerozyma guilliermondii Pathway pgu04138   Autophagy - yeast Brite KEGG Orthology (KO) [BR:pgu00001]  09140 Cellular Processes   09141 Transport and catabolism    04138 Autophagy - yeast     PGUG_04818  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:pgu01001]     PGUG_04818 Enzymes [BR:pgu01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.11  Protein-serine/threonine kinases     2.7.11.1  non-specific serine/threonine protein kinase      PGUG_04818 Protein kinases [BR:pgu01001]  Serine/threonine kinases: Other   Other    PGUG_04818 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Pkinase PK_Tyr_Ser-Thr ABC1 Serglycin Motif Other DBs NCBI-GeneID:  5125078 NCBI-ProteinID:  XP_001482863 UniProt:  A5DNG7 LinkDB All DBs AA seq 1109 aa AA seqDB search MTNKDPGGTSQAGLAPSLGIGVSTGPANPICGVETIKNVKEDEHEPYDERGSRYNLLGKV AGLLQRSLSRSREGSATDIGSTNDSYSSSRAPSRHASRKDLRPSSTLPSPPKETKQVFLE YDPITKRRVLNTYEILNDIGKGEHGKVKLARDLVHNELVAIKIVNRNSKDRPQLHMRRFS RPQVHPNEYSTKIRREIAIMKRCNHRHIVSLREVLDDMNSKKIYLVLEYLEKGEIKWKRK LDTPSPSEPSDEIPCCGSKGHLLSYTINDEDLDLLSNTFSPNLTFKQSRKIFRDVLLGLE YLHMLGIVHRDVKPANLLVSSDNVVKISDFGVSFALFLSGPGDPPNELELAKTAGTPAFF APELCQTNFLSANSSKSVSASSLEILRNEDIMSKVLPRIDHKIDIWALGVTLYCLLFGKV PFNADSEYELFLVIVNQPLEFPPDRCSFNSRVEVSELEFDLAKDLLSKLLDKNKDSRIDI PEIKQHPFVLMDLANDMDLLNELLYLNASPDSNDPEKYIAGLEQNLDILKDDVDNAVVGL GSRIRRSVAATIKAGTLNGELMFRTESSSDESPSQLASQYGSLVGLRSSSNDYSVILSEA FNVSTPPPQEMGRTISNADYTSAPHFPSGLSKEVNGIADIMSSSSSGFNSNGNLPRKGSN HIVHDIIDSDTRSRRDSATGTEASQIETKRNAVGDVYLKNQSAMDAFKDIKLQDDKRRRS SAYLSSSQSGSRQGSTISRPTKDKSSISSPIPVPSLKRTTALLLTVDPYIINDRDPSSVI SLPLSDSLASLDSLNDDYVSRKYKELTEKHSGRRKSVSGRGNDAIFSDSDILSRDVDGIN EKFLRFNLDTLMSDSSKVAKINDDAIAPKTLPRTLFASHTSSSSCCSSSSSSSGSSSGSD SDEDGDLTLAFSSKVASSVRPPFLSLSHRAKSYDSKLPAYGQSGGNHQETPVIFQTDLPE FEDLPAGLMTNVPRPSISGAGLLQMAPTISVMSNTSGKTLNPTREPPVSTPVLPQKAQTL DVSTIRDSKPAGSAGLRENIFHNQYNNHYKKDPISFPFPNAVHYENDRETESKTSTKKSG ALRPNHYRSNSVAVGLLQHQLRQAESNQE NT seq 3330 nt NT seq  +upstreamnt  +downstreamnt atgacgaataaagatccaggcggcacctcccaagcgggcttagcgccttcccttggaata ggggtcagtactggacctgcaaatcccatatgtggcgttgaaaccataaaaaatgtcaaa gaagacgaacatgaaccttatgacgaacggggctcaaggtacaatctcttgggaaaagta gctggacttctccagcggtccctttctaggtcccgtgaaggctctgctaccgatatcggg tcgacaaatgactcgtactcttcttctcgtgctccttccagacatgccagtcgcaaagat ctgcgtccctcgtcgacattgccgtctcctcctaaagaaacaaaacaggtttttctcgaa tatgaccctataaccaagcgtcgggtacttaacacatacgagatcctcaatgatatcgga aaaggtgaacacggcaaggtgaaacttgcgcgagatctagtgcacaatgaattggttgcg atcaaaatcgtcaatcggaattccaaagataggccccagcttcatatgagaaggttctca agacctcaggtgcaccccaatgaatatagcaccaaaataagaagggaaatagccatcatg aagcggtgcaaccatcgccatatcgtcagtctcagagaggtactcgatgatatgaattcc aagaaaatatatttggtgctcgagtacctagaaaagggagaaatcaagtggaaacgtaaa ctcgacaccccaagtccttctgagccctccgacgagattccttgctgtggttctaagggc catcttctgagttataccatcaatgacgaagatctggatcttctctccaacacattttct ccaaacctcaccttcaagcagtcccgaaagatctttcgtgatgttctcttggggctcgaa tacctccacatgcttggcattgtacatcgtgatgtcaaacctgctaatttactcgtgtct tccgataatgtggttaagatttctgatttcggcgtctcttttgccctgtttttaagtggg cccggcgaccctcccaatgaacttgaattggctaaaacggcaggaactccagctttcttt gcaccggaattgtgccagaccaattttctgtcggcgaacagctccaaatcagtgtcagct tcatcgttggaaattttgagaaatgaagacataatgtcgaaagttcttcctcgtatcgat cacaagattgacatttgggcgcttggagttactctctactgtcttctctttggaaaagtt ccgttcaatgccgattccgagtatgaacttttcctggttattgtaaaccagccactcgaa tttcctcctgatcggtgctcgttcaattccagggtagaagtcagcgaactagagttcgat ttggcgaaagaccttttgtccaaattgctagacaagaacaaagactcgagaattgatata cctgagatcaagcagcatccatttgtcttaatggatttggccaatgatatggacctgctc aatgaattgctatacttgaatgccagtcccgattcaaatgatcccgaaaagtacattgca ggcttggagcaaaatttagacattctgaaggacgatgttgataatgcagtggtagggttg ggttcacgtatcagaagaagtgtggctgctactatcaaagctggcactctcaatggtgag ttaatgttccgaacagaaagttccagcgacgagtctccttctcaacttgcttctcaatac ggctcactggtaggtttgcgatcttcttcgaatgattattcggtgattctttctgaagct ttcaatgtttctactcctccaccgcaagaaatgggcagaaccatttccaatgcagactat acttcggcgcctcattttccatctggtctatcaaaggaggtgaatggtatagcagatatc atgtcgtcttcttctagtggtttcaattcaaatgggaacttgccgagaaagggaagtaac catattgttcacgatatcatcgattctgacacccgttccaggagagacagtgctaccgga acggaagcatctcagatagaaaccaagagaaatgctgtgggtgacgtctacctcaaaaac cagtctgccatggatgcttttaaggacatcaaacttcaggatgacaagagacggcgctcg agtgcctacttgagttcgtctcagtctggaagtcgtcaaggatccacaatctccagacca acaaaagacaagtcttctatttctagcccaattcctgttccctcactgaagcgaactact gccctgctcttgactgtggatccatatatcatcaacgatcgagacccatcctcggtgatc tctcttcctttgagcgacagcttggcctcgttggacagtttaaatgatgactatgtctcg agaaagtacaaggaacttaccgagaaacattctggacgacgtaaatccgttagtggtcgc ggtaacgacgcaatcttttccgattcagatatcttgagcagagacgttgacggtataaat gaaaagtttctgaggttcaatttggacacactgatgtccgacagttccaaagtcgccaag atcaacgacgatgccatagctcccaagacacttccaagaacccttttcgcttcgcatact tcgtcgtctagttgctgcagctcttcaagctcctcgagcggcagttccagcggctctgat agcgatgaggatggagacttgaccttggctttttcgtccaaggtggcttcgtcagttaga cctccttttctttccttgtcccatagagccaaatcttatgattccaaattacctgcctat ggtcaatctggtggaaatcatcaggaaactcccgtgatttttcaaactgatttaccagag tttgaagacttaccagctggacttatgaccaatgttcccagacccagtatttcaggtgct ggactgctgcaaatggcacccactatctcagtaatgtctaataccagtggtaagactttg aatccaacccgagagcctccagtgagtactcctgtcttgcctcaaaaggcacaaactctt gatgtatctaccatacgagattcaaagccggctggatccgcaggattgagagagaatatc ttccacaatcagtataataatcattacaagaaagatcccataagcttcccattcccaaat gctgtgcactatgagaatgatagagaaaccgaaagcaagacttcgactaagaagagcgga gccctccgacctaatcattatagatcgaattcggttgcggtgggtttattacaacatcaa cttcgacaggcggaaagtaatcaagagtaa

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