KEGG T01033: YALI0B14883g

Yarrowia lipolytica: YALI0B14883g

Entry

YALI0B14883g CDS T01033

Definition

YALI0B14883p

Orthology

K11422

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

Organism

yli Yarrowia lipolytica

Pathway

yli00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:yli00310]

SSDB

Motif

Pfam:

N-SET SET SET_assoc RRM_1 RRM_6

Other DBs

NCBI-GI:

NCBI-GeneID:

Bordeaux:

UniProt:

Position

B:join(1974509..1975681,1975746..1978085)

AA seq 1170 aa
MANGSDTKPVPKGPRGARADDTRTPPHPDRRGSDRDQYFSKDRSYGGRTDRDYSDYDRAY
PPPRDYDRYGGGKYGKYDKYDKYDRYDRLDSHDYPPRRDRDYDRSRDARDTDSRDYGRLP
PRDTRPPPRGGREYRYARDERGWDRDRRDLDRDRDRDPRDRERDARDRDRDRDFRDRDHD
PRDRDPKGYRPHSLDPLPSRDRDMPPRERERELVRERDLFSRDRDLITGVRELARSPPPP
LRDGRNRDRSNDRHDRSFDKHTRDRGTRDRDTKEKGSVISTPQTAPTPRLTPTNGKPDLP
TSQPPAPPSPPRLKTFPKEVWETVGRKNNTRLTYDPELSKDKQKGKRGIYEEVKKGASTT
EDPRSKHPHYFKTSSKSNKKPYQRLPVPRFLYDANSIAPPPSTQIIVKGLSSLTTSKTIT
AHFKTYGELEAVNMVEDPATGSSVGACLVRFKVTKNNYEAAHECLKKAIRGQKTGRIDQA
KYRVEPDEDGAKAKDIIKRVAARAAKKAMPVKQPPTAPAADKSIMEKLPTPVPSARPSPK
AAQLMKTSAYIFIAGKYLPSEKVFASDIRRILRDFGWFDVLKEGDGFYVFFDNNRDTVEC
YEAMNGRKVNGHQMAMAMIRLSRVAPKTKESEENATEQAPKLPPKEEARKLIVQELANSL
RKDIRERVIAAAIVEFLNPARFTHIKQDPEPSAATEPNTVNASAARVDTPEPVQSSSAIP
GFLPRFKIKRKGDPTKKKDATKKNRKKISARPMNHVLNDYYSDEEDSTRMSTPIVPDTSA
DAAELPIRKPRKKISQSKQRIMDFSSSEGSNESEEEEEVEDDMEEEEDETAQEELQEAST
LDTSQQLTTAFGEILDWAPAHGFPQPVTADKKGGALTTISGFQALVKDDEDMELLQEALE
GIEPEKINGEAWTWTHKHLNEAVAKENAEFPELAAPNAFVNSTGSWKSQGYFKIPEAAKS
EYLPHRKKLNIPIDTLQMENREKKKENASNSRVNRANNRRLVADINMQKQLLSTETDVLN
FNQLRKRKKPVKFARSAIHNWGLYAIEPIAANEMIIEYVGEVVRQEIADLREARYMRSGI
GSSYLFRVDESTVVDATKRGGIARFINHCCTPSCTAKIIKVEGQKRIVIYASRDIAANEE
LTYDYKFEKEIGEERIPCLCGAPGCKGYLN

NT seq 3513 nt +upstreamnt +downstreamnt
atggcgaacggctcagatacaaagcccgtgccgaaggggcctcgtggtgctcgtgcggac
gacactcgaacgcccccacatcccgaccgacggggttcggaccgcgaccaatatttttcc
aaagaccgcagttatggcggccgtacggaccgtgactactcagactatgatcgtgcttac
cccccgccacgggactatgaccggtacggcggtggaaagtacggcaagtatgacaagtac
gacaagtacgatcggtatgaccgcctcgactcacatgactatcctcctcgtcgcgaccgc
gactacgacagatcaagagacgcgcgggacacagattccagagactacggacgtcttcca
cctcgggatactcgcccaccacctcggggaggccgtgagtaccgctacgcgagagacgag
cgtggctgggatagagaccgacgagacctagaccgagatcgagatcgggacccgcgtgac
cgcgaaagagatgcacgtgatcgagacagagatcgggattttcgtgacagagatcatgac
ccacgtgatcgagaccccaagggctaccgaccacattccttggatcctttgccctctcga
gaccgtgatatgcctcccagagagcgagagagagagctagtgcgagaaagagatctgttc
tccagagaccgggatctgattaccggtgttagagagcttgcccgttctccacctcctcca
ctacgtgatggacgaaaccgagaccgctcaaacgacagacacgatagatcttttgacaag
cacaccagagaccgaggcacgagggacagagacaccaaggagaagggatctgtaatctcg
acacctcagactgctccaactccaagattaacccccaccaacggaaaaccggatctgcct
acctctcaaccgccagctcctccttctccaccacggctcaaaaccttccccaaagaagtg
tgggagacagtgggcaggaaaaacaacacaagactaacttacgatcccgagctttccaag
gataaacaaaaaggcaagagaggcatttatgaggaggtcaaaaaaggagcatccacaact
gaggatcctcgaagcaaacatccgcattatttcaagacttccagcaagtccaacaaaaag
ccgtatcagagattaccggtgcccagatttctgtacgacgcaaattctatcgcaccacct
ccatcaactcagatcattgtcaagggtctttcttcactaactacctctaaaactatcact
gcccatttcaagacatatggtgagcttgaagccgtcaacatggtagaggaccctgctaca
ggttcttcagtgggagcatgtctggttcgattcaaggtgacgaaaaacaattacgaggcc
gcccatgagtgcctcaaaaaggccatccgaggccaaaaaacaggacgaattgaccaggcc
aagtacagagtggagccagatgaggatggagccaaggccaaggatatcatcaaaagagtg
gcagctcgagcagctaagaaagccatgcctgtcaagcagcctcctactgcacctgctgca
gacaagtccatcatggagaaactgcccacacctgttccttcagctcggccatctccaaag
gcagcgcagttgatgaaaaccagcgcatacatcttcattgctggtaagtacctaccgtca
gaaaaagtgtttgcatctgatattcgtcggattctgcgtgacttcggctggtttgatgtt
ctcaaggaaggagatggtttctacgttttcttcgacaacaacagggatactgtagaatgt
tacgaggccatgaatggcagaaaggtgaatggccaccagatggctatggctatgattcga
ctttctcgagttgctcccaagaccaaagagagcgaggaaaacgccaccgagcaggccccc
aagctccctcctaaggaagaggcccggaaactcatcgtacaggagttggccaatagtctc
cgtaaggatattcgggagcgggtaattgctgcagccattgtggagtttctgaatccagct
cgatttactcatatcaagcaggatcctgagccatctgccgctactgaacccaacactgtt
aacgccagtgccgctcgagtagatactcccgagcctgtgcaatcgtcttctgcgatccca
ggtttccttcctcggttcaaaatcaagcgaaagggtgatccgaccaagaagaaggatgcc
accaagaagaaccgaaagaagatatctgctcgtcccatgaaccacgttctcaacgactac
tactcggatgaggaagacagcactcgaatgtcgactcccattgtccctgatacctccgct
gacgctgccgaacttcctattagaaaaccccgcaagaagatcagtcagtccaagcagcga
attatggacttcagcagttctgaaggctcgaatgagtccgaggaagaggaggaagtggag
gatgatatggaagaagaagaggacgaaactgcgcaggaggaactccaagaagcatcgact
ctcgatacttcccaacaacttacaactgcattcggcgagattctcgactgggctcctgct
cacggtttccctcaacctgtaacagccgacaaaaagggtggtgctctgactaccatatca
ggtttccaggcgctggttaaggacgacgaagatatggagttgctccaggaggccctggag
ggtattgagcctgaaaagatcaacggagaagcatggacgtggacccataaacatctcaac
gaggctgtagccaaggaaaacgcagagttccccgaactggctgctcccaacgcgtttgtt
aactccactggctcatggaagtctcagggatacttcaagatccctgaggctgccaaatcc
gaatacctgcctcaccgaaagaagctcaacatccccatcgacacgcttcaaatggaaaac
cgagagaaaaagaaggagaacgcctccaactcgcgagttaaccgtgccaacaaccggagg
ctggtggcagacatcaacatgcagaaacagctgctgtccaccgaaaccgatgtgctcaac
ttcaatcagctgcgaaagcgaaagaagcctgtcaagttcgctcgttcagctatccacaac
tggggtctctatgctattgagcccattgcagccaacgagatgatcatcgagtacgtcgga
gaagttgtgcgacaggagattgccgacttgcgagaagctcggtacatgaggtcaggtatc
ggatcttcatatctgttcagagttgatgaaagcactgtcgtggacgccacaaagcgagga
ggtattgctcggttcatcaaccattgctgtacccccagctgcacggccaaaatcatcaag
gtggagggtcaaaaacgtatcgtcatctatgcctcgcgggacattgctgccaacgaggag
ctcacatatgactacaagttcgaaaaggagattggagaagagaggattccctgtctgtgt
ggcgcacctggctgcaagggatacctcaattga

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   BORDEAUX-YLI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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