Meyerozyma guilliermondii: PGUG_00321 Entry PGUG_00321        CDS       T01150                                  Definition (RefSeq) hypothetical protein   KO K11422   histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43] Organism pgu  Meyerozyma guilliermondii Pathway pgu00310   Lysine degradation Brite KEGG Orthology (KO) [BR:pgu00001]  Metabolism   Amino acid metabolism    00310 Lysine degradation     PGUG_00321 Enzymes [BR:pgu01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.43  histone-lysine N-methyltransferase      PGUG_00321 Chromosome [BR:pgu03036]  Eukaryotic Type   Histone modification proteins    HMTs (histone methyltransferases)     HKMTs (histone lysine methyltransferases)      PGUG_00321    HMT complexes     COMPASS/SET1 complex      PGUG_00321     COMPASS/SET1 complex (yeast)      PGUG_00321 SSDB Motif Pfam:  N-SET SET_assoc SET Other DBs NCBI-GeneID:  5128987 NCBI-ProteinID:  XP_001486944 UniProt:  A5DAL6 LinkDB AA seq 1055 aa MSYRFKGPDRGDRGDRNDRGGGYHTNYDDKYRREVAPKLSNLYDSFRPSGPRKHNTNHYD RDAYYRPMEHRNPSKPAQTPSTNPKPEFKPDHEQENGRHSHHGNVQNHTRSPLQPPTPNS VTSAPEEVTGTDPRTGVNPHDLKVPTLQLHRDHLQLEFSSPSDPPKNYKVLYDPENDSHR NKSTNKSKSKVFRFNGSSVSDPQSYSDAIIHSSDITDPRKKILSTYFSKPNKNSKKFPFK QLPQPRFVFDKNSVGPPPQTELVVWDIPSTTSEVYVTNFFRSHGNATEINFLQDPMYAVP LGVMLFRFQGSPDKSMLLAKNLLNFVHLEKPKINGVVLKIELNDHEGKLLRSKVEIAQNR IRQSKQKLEMEEQKRREMEEEKKRKEIVAQREEARQKESQNNTFQKYDYKPNTTIMSVKY RNKVIPGTFLPREVRHIIKDNPYLFIHDKHVSTRTVSAQDIKRVLNKYNWSRVLHEKVGF FIIFNSLEECKRCFWKEDGRRFYEFRMFMEMAVPEGFEDKSTTSATKGDAVEEATNMLIQ EFQAYLKKDIRERVIAPQVLELLNPERFPVLKAQLDEERTKQAQAAAARAETIASKIQET RNKEGAYALMNKKAAQLPSFKRKEGIKMQAKKRVIPMQHVLNYENDSDDSEDDSSRSATP APALKRERSLPATSYDEEAPSKKKKKTLLKTMLLYDSSEGEVSDSPEDQVMEDAEEAADQ VDDFADVDVKFRPTLHSSVPVYPEDEFVDEFDVNYIQSSIKDEEDLNIAKSILSELKPST IANVDYWAWKQKETRKPEEIAESVHLIEPLAPKFESASGSFRSEGYRKIPDTDKIEYLPH RRKIYKPVKTVQHEDDETSANNGNGTNNSTAVHSSRVNRANNRRLVADISAQKQMLGSET DILDLNALTKRKKPVTFARSAIHNWGLYALESIAAKEMIIEYVGESIRQQVAEHREKSYL KTGIGSSYLFRIDENSVIDATKKGGIARFINHCCNPSCTAKIIKVEGKKRIVIYALRDIE ANEELTYDYKFERETNDDERIRCLCGAPGCKGYLN NT seq 3168 nt   +upstreamnt  +downstreamnt atgtcctacagatttaaaggtcccgatcgtggagatcgtggagaccgtaatgatcgtggc gggggctaccacaccaactacgatgacaagtatcggcgtgaagttgctccaaaactttca aatctgtacgatagctttcgaccatcaggtccacgaaaacacaacacaaatcattatgat agagacgcttactaccgacccatggagcatcgaaatccatccaagccagcacagacaccg tccacaaacccaaaaccagagtttaagccagatcacgaacaagaaaatggccgtcactct caccatggcaatgttcaaaatcacacacgatcgcctctccaacctccaacgcccaatagt gtgacctctgcgcccgaggaagtgacgggaacagacccccgaaccggagtgaacccccat gaccttaaagttccaactttacagctccatcgtgatcatctccagctcgaattttcatca ccatccgatcctccaaaaaactacaaggttctctacgatccagagaacgattcccacaga aacaagtccaccaacaaatcaaaaagcaaagtatttcgctttaatggctcgtctgtaagt gacccacaatcatacagtgatgccataatccacagctccgatatcaccgatccacgaaaa aagatcctttccacctacttttccaaacccaacaaaaactccaagaaatttccattcaag caactcccacagccgcgatttgtgtttgacaagaactcggtgggtcctcccccgcaaact gagcttgtggtgtgggacattccatccaccaccagcgaggtctacgtgacaaacttcttt agatctcacgggaatgcgaccgaaattaacttcctccaggacccaatgtatgcggtacct ttgggcgttatgctgtttcgtttccaaggctctcctgacaaatcaatgcttttggccaag aatctcctcaatttcgtccaccttgaaaaacccaaaatcaacggcgtggtgctcaagata gagcttaatgaccatgagggaaagttgctccgtagcaaggtggaaattgcccaaaatcga attcggcaatcgaaacagaaattggagatggaagaacagaaaagaagagagatggaagag gaaaagaaacgtaaagagatcgttgctcagagggaggaagcacgccagaaagaatcacaa aacaataccttccaaaaatacgactataaaccaaacaccaccatcatgtctgtcaagtat cgcaacaaggtcattccaggaacatttcttccacgagaagttcgtcatatcatcaaagac aacccctatctattcatacacgacaaacacgtttccacacggaccgtatctgcccaggat atcaagcgtgtgctcaacaagtacaactggtctcgagtcctacacgagaaggtaggattt ttcataattttcaattctttggaggagtgcaaacgatgtttctggaaggaagatgggcgt aggttctatgaatttcgtatgttcatggagatggctgtgcctgaaggttttgaagacaag tccacaacttctgccaccaaaggtgacgccgtcgaagaagcaacgaatatgctcatacaa gagttccaagcataccttaaaaaagatatacgtgagcgagtaattgcaccccaagtattg gaattgttgaacccggaaagatttcctgttctcaaggcacaattggacgaagagcgaacc aagcaggcacaagctgctgccgctagggccgaaacgattgcaagcaaaatccaagaaact cgaaataaagaaggtgcttatgctctaatgaataaaaaagcggcacagttacccagtttc aaaagaaaagaaggcataaaaatgcaagcgaagaagagagttattcctatgcagcatgtc ctcaactatgaaaatgactcggacgattcagaagacgattcaagtcgttctgctactcct gctcccgcgttgaagcgtgaacgcagcctgccagcaaccagctatgacgaagaagcaccc tcaaagaagaaaaagaaaacactgctcaagacaatgttgctttacgactcatcagaagga gaagtttccgacagtcctgaagatcaagtcatggaagatgcagaggaggcggctgaccaa gtggacgattttgccgatgtggatgtcaagttcagacctacattacactcttcagttccg gtgtaccctgaggatgaatttgttgacgagttcgacgtcaattatatccaatcttccatc aaagacgaggaagatttgaacattgcaaagagcattctttctgagttgaagccttccaca atagcaaatgtggactactgggcgtggaagcaaaaagagactcgaaagccagaggaaatt gccgaaagtgtacatctaattgaacctcttgcacccaaatttgagtcggcaagtggctct ttccgcagtgaaggatacagaaaaatacccgatactgacaagatcgaatacttgcctcat cggcgcaaaatttacaagcctgtcaagaccgtccaacacgaagatgacgagacttctgcg aacaatggaaacggtacgaataacagcactgcggtgcatagctctcgtgtgaaccgtgcc aacaacagaagattggtggctgatataagtgcccagaagcaaatgcttggaagcgaaact gacattttggatctcaatgcgttgacgaaaagaaagaaaccggtgacttttgcgaggtcc gcgatccataactggggcttgtacgccttggaatcaattgctgcgaaggagatgattata gagtacgttggggagagtattcgacagcaagtagccgagcaccgtgagaagagttacttg aagacaggcattgggtcgtcgtatcttttccgaattgacgagaattcagtgatcgatgca accaaaaaaggcggaatagctcgtttcatcaaccattgctgtaaccctagttgtactgcc aagatcatcaaagtggaaggaaagaagagaattgtcatttacgctttgcgagacatcgaa gctaacgaagaactcacctacgactacaaattcgaaagagagacgaacgacgacgaacgg atccgttgtttgtgtggtgcccctggctgtaagggctatttgaactag

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