KEGG T00005: YHR119W

Saccharomyces cerevisiae (budding yeast): YHR119W

Entry

YHR119W CDS T00005

Gene name

SET1, YTX1

Definition

Set1p (EC:2.1.1.43)

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43]

Organism

sce Saccharomyces cerevisiae (budding yeast)

Pathway

sce00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:sce00310]

SSDB

Motif

Pfam:

N-SET SET SET_assoc

Other DBs

NCBI-GI:

NCBI-GeneID:

SGD:

MIPS:

UniProt:

Structure

PDB:

2J8A

Position

VIII:346043..349285

AA seq 1080 aa
MSNYYRRAHASSGSYRQPQEQPQYSRSGHYQYSNGHSHQQYSSQYNQRRRYNHNDGTRRR
YNDDRPHSSNNASTRQYYATNNSQSGPYVNKKSDISSRRGMSQSRYSNSNVHNTLASSSG
SLPTESALLLQQRPPSVLRYNTDNLKSKFHYFDPIKGEFFNKDKMLSWKATDKEFSETGY
YVVKELQDGQFKFKIKHRHPEIKASDPRNENGIMTSGKVATHRKCRNSLILLPRISYDRY
SLGPPPSCEIVVYPAQDSTTTNIQDISIKNYFKKYGEISHFEAFNDPNSALPLHVYLIKY
ASSDGKINDAAKAAFSAVRKHESSGCFIMGFKFEVILNKHSILNNIISKFVEINVKKLQK
LQENLKKAKEKEAENEKAKELQGKDITLPKEPKVDTLSHSSGSEKRIPYDLLGVVNNRPV
LHVSKIFVAKHRFCVEDFKYKLRGYRCAKFIDHPTGIYIIFNDIAHAQTCSNAESGNLTI
MSRSRRIPILIKFHLILPRFQNRTRFNKSSSSSNSTNVPIKYESKEEFIEATAKQILKDL
EKTLHVDIKKRLIGPTVFDALDHANFPELLAKRELKEKEKRQQIASKIAEDELKRKEEAK
RDFDLFGLYGGYAKSNKRNLKRHNSLALDHTSLKRKKLSNGIKPMAHLLNEETDSKETTP
LNDEGITRVSKEHDEEDENMTSSSSEEEEEEAPDKKFKSESEPTTPESDHLHGIKPLVPD
QNGSSDVLDASSMYKPTATEIPEPVYPPEEYDLKYSQTLSSMDLQNAIKDEEDMLILKQL
LSTYTPTVTPETSAALEYKIWQSRRKVLEEEKASDWQIELNGTLFDSELQPGSSFKAEGF
RKIADKLKINYLPHRRRVHQPLNTVNIHNERNEYTPELCQREESSNKEPSDSVPQEVSSS
RDNRASNRRFQQDIEAQKAAIGTESELLSLNQLNKRKKPVMFARSAIHNWGLYALDSIAA
KEMIIEYVGERIRQPVAEMREKRYLKNGIGSSYLFRVDENTVIDATKKGGIARFINHCCD
PNCTAKIIKVGGRRRIVIYALRDIAASEELTYDYKFEREKDDEERLPCLCGAPNCKGFLN

NT seq 3243 nt +upstreamnt +downstreamnt
atgtcaaattactatagaagagcacacgcgtcttctggttcatacagacaaccccaggaa
cagcctcaatattcgcgttctggtcactatcagtattcaaacggccattctcaccaacaa
tattctagtcaatataatcaacgtcgacgttataaccataatgatggtacaaggcgacgc
tataatgacgatcgcccacatagttcaaacaatgcaagtacgcgacagtactatgctact
aacaacagccaaagcggcccatatgtaaataagaaatctgacatcagtagtcggaggggc
atgtctcaatcacggtattcaaatagcaatgttcacaatacattagcgtcttcgagtgga
tctcttcccacagaatctgctctgcttttgcaacaaagaccaccttcagttttgagatac
aacacagataatttgaagtctaagtttcattattttgatcccataaaaggcgagttcttc
aataaggataagatgctttcgtggaaggctacagataaagaattttctgaaacaggttat
tacgtagtcaaagagttacaagatggacagtttaagttcaaaataaaacacagacatccg
gagataaaagcatccgacccacgtaatgaaaacggtatcatgactagcggaaaagtggca
acccacagaaaatgcaggaactcactaattctattgcctcgcatatcttatgacaggtac
tccttagggcctcccccttcatgtgaaatagttgtctatccagcgcaagattcaacaaca
accaatatccaagacatatcaataaaaaactattttaaaaagtatggagaaatttctcat
tttgaagcatttaatgatcctaatagcgctttacctttgcatgtttatcttataaagtat
gccagttctgatggaaaaattaatgatgcagcaaaagcagcctttagtgccgttagaaag
cacgaatcttcgggttgctttatcatgggcttcaagttcgaagtgattttaaacaagcat
tccattttgaataatatcatttctaaatttgttgaaataaatgtcaaaaagctacagaag
ttacaagagaacctgaagaaggctaaagagaaagaagcagaaaacgaaaaagcaaaggaa
ttacagggcaaagatattaccttgcccaaggaacctaaggtagacacattatctcattcg
tccggaagtgaaaaaagaattccatatgatctcttgggggtagttaataacagacctgtt
ttacatgtctccaaaatatttgttgccaaacataggttctgcgttgaggactttaaatac
aagttaaggggatacagatgtgcgaaatttattgatcatccaactggtatctatattatt
tttaatgacattgcccatgcgcaaacatgttcgaatgcagagtcaggaaatttaacaata
atgtctcggagcagaagaattcctattctaataaagtttcatctcattctccctaggttc
caaaacagaactagattcaataaatctagctcatcttcaaattctacaaatgtacctata
aaatacgagtccaaagaggagttcattgaagctacagcaaaacaaatattaaaagatttg
gaaaagactttacatgttgatattaagaagagattgattggtcctacggtatttgatgct
ttggaccatgcaaattttcctgaattgttagctaaaagagaactaaaggagaaagagaag
agacaacagattgcatctaaaattgctgaagatgaattgaaacgtaaagaagaagccaaa
agagattttgatttgtttggtttatatggtggctatgcaaaatctaataaaagaaattta
aaaaggcataattcactcgcgttggatcatacttctttaaagaggaaaaagctatccaat
ggtatcaaaccaatggcacatttactgaacgaagaaaccgattccaaagaaactacccca
ttgaacgatgaagggatcactcgcgtatcaaaagaacatgatgaagaagacgaaaatatg
acatcttcatcttctgaagaagaggaagaagaagctccagataagaaattcaagagtgag
tctgagccaaccacccccgaatctgatcaccttcatggtattaagccgttagtacccgat
caaaatgggtcgtctgacgtactggatgcttcttcgatgtataaacctactgctaccgaa
attcccgaacctgtatatccacctgaggaatatgacttgaaatatagtcagactttatct
tctatggatttgcagaatgctatcaaagatgaggaagatatgctaattttaaagcagtta
ttgagcacatatactcctaccgtcacaccagaaacaagcgcagctctggaatataaaatt
tggcaatctcgccgaaaagttcttgaagaagagaaggcttccgattggcaaatagagctt
aatggaactttatttgatagtgaactacaaccaggtagctcttttaaagctgaagggttc
aggaaaattgcggataaattaaaaattaattacctaccccatcgtcgcagagttcaccaa
cctttaaatacggtgaatattcacaatgaaaggaatgagtacacacctgaactttgtcaa
agagaagaatcctcgaataaagaaccttcagactcagttcctcaagaagtttcatcctct
agagataatagggcatcaaatagaagatttcagcaggacatagaggcacagaaagccgca
attggtacggaatctgagctgctatcactaaatcaattaaataaaagaaaaaagccagtt
atgttcgctcgttcagcaattcacaactggggtttatatgctctagactctatcgcagca
aaggaaatgattatcgagtacgttggtgaaaggatcaggcaacctgtagcagaaatgaga
gagaaaagatatctgaaaaatgggattggatccagttacctttttagggttgatgaaaac
acggttattgatgccaccaagaaaggtggtatagcccgtttcattaatcattgttgtgat
ccaaattgtacggcaaagattataaaggttggcgggagaaggagaattgttatctatgca
ctgcgtgatatcgcggcaagcgaagagttgacatatgattacaaatttgagagagaaaag
gatgacgaggaaagacttccttgtttatgtggagcacctaattgtaaaggtttcttgaac
tga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   MIPS-SCE (1)   
   OC (1)   
   SGD-SCE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
3D Structure (1)   
   PDB (1)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

Download RDF

DBGET integrated database retrieval system