KEGG T01026: DEHA2D01694g

Debaryomyces hansenii: DEHA2D01694g

Entry

DEHA2D01694g CDS T01026

Definition

DEHA2D01694p

Orthology

K11427

histone-lysine N-methyltransferase, H3 lysine-79 specific [EC:2.1.1.43]

Organism

dha Debaryomyces hansenii

Pathway

dha00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dha00310]

SSDB

Motif

Pfam:

DOT1 Myb_DNA-bind_6

Other DBs

NCBI-GI:

294656286

NCBI-GeneID:

2901204

UniProt:

Q6BTC8

Position

D:complement(150553..154071)

AA seq 1172 aa
MENIAHHNTTYNITPICSDSSECSSMEMLPLGCKTHSDKSDARRNLMDTGIYTPDSNSDS
SDPRSDSSCVDVSNSLAVSHPISFCNWTDEESSLLTEHIKTDLTSEALTSAFPNKSLALI
IRKIHDLQPVLDWTKNEIYLLAGIILNDSNSAIRRHKHKFPCRNVSNLNKKFQHYKNMVR
RLNGVDHSKWTKPEIASLISLIDYDLTKTKLQKELPNKNIEEIKDLTNEMRIHSNFSHVE
SVLFEQTMTENDPIEIVLDQFPLKNKETCKKRLLKLNELSQHRDMAKRRLDEFESLIQNE
LKQIKDSIDLTRLKYLLVNDLTGKQLRSSFPGISMKYLKLIAKEMGFDEAGEYTLAEMNF
LKKALQENAKLKSIIDELPFRSQLSIETKINSVEPNRRRSVFTSQVDELLYMAKWYSSDN
FGNLSRRRNSRYASKLDKPKDKASDIMQPSKLHLENEEVTEAKVIPHDKGVENMISDHKL
KGKNNEQKKRKSKKPTSMVEVLKEESAYFQSVTGNRCVLKEGQKRKRERLMQIKLETKLK
KPKSQNLNETNRIQETKKLMKCDVEPDKVKEQKSFKSENLKEAKLDASDSSIVSDVEISL
KKKLNKIENEEKRSPYDPEDISTDTLVPLYGRQLYVNEVYETQPRPPKLSFREDTNIMVQ
NCSEISLTDTIAADIISQHCKNYRDMPISFPSLTIVDRNTNRMILNPMNKIRIRFLLYPQ
HSELFILAEPKSNELDPINEIKKLFQLHYSLFFSHSSKLKKIILSEYNKEIDISIEENDF
VRFMFVIDKWNRLMVELTPNDVDIGSHDINEEIRAYLSPNEIKIPSDEDIRLDIFYSEIQ
LSTEENPISDNDPIEPSSPSFDLIKSMKRCFTHDSSNRLTPPISSEEDNKENEPPIESDF
RNNNNKGSIPCTPVRLNTRNKMVVNAVKPENYESNFFRHLKEKTSVSRFCVQQILLRIYS
RIVSTESRKLRSYKAFTAEVYGELLPSFTSEVLTKVNLQPQHKFYDLGSGVGNTTFQAAL
EFGVHLSGGCEIMEHASKLTELQTMLLNKHLALLGLKKLPLNFALSQSFVENDIVRQAVI
ECDVLLVNNYLFDVNLNTAVGKMLYGLKPGTKIISLRNFIRPRYKASSDKTIFDYLKVER
HEMSNYLSVSWTANKVPYYISTVQENICEEYV

NT seq 3519 nt +upstreamnt +downstreamnt
atggagaatattgctcaccataatacaacgtacaatataactccaatatgtctggactct
tcagaatgttcgagtatggaaatgttaccgctaggttgtaaaacccatctggacaaaagt
gacgccagacggaacttaatggacacaggaatatatacacctgatagtaattccgattct
tcagatccaagatcagatagtagttgtgtcgacgtgtccaactcgctcgctgtttcacat
ccaatttcgttttgcaattggacagacgaagagagtagtttacttacagaacatataaag
actgatctcacatcagaagcattaacttctgcatttcctaacaagtcacttgcattgatt
ataaggaaaatccatgacctacaacctgttctcgattggacaaaaaatgaaatatattta
ttagctggaataatattgaatgattcaaattccgccataaggcgtcataaacataaattt
ccttgccgaaatgtttctaatttaaacaagaaattccaacactacaaaaatatggtacga
aggttgaatggagtggatcattctaagtggacaaagccagagatagcctctctaatttct
ttgatagattatgaccttactaagacaaaattgcaaaaagagcttcctaataaaaacatt
gaagaaatcaaggatcttactaacgaaatgaggattcattcaaatttcagccacgtcgaa
tctgtattatttgaacaaacaatgactgaaaatgacccaattgagattgttttagatcag
tttcctctcaaaaataaagaaacatgcaaaaaaagactattaaaattgaatgagttatca
cagcatagagatatggcaaaaagaagattagacgagttcgagagtcttattcaaaatgaa
ctcaagcaaataaaggactccatagatttgacacgcttaaagtatttacttgtaaatgat
cttacaggaaaacagcttagatcactgtttcctggtatttctatgaaatatttgaaactt
attgctaaggagatgggtttcgatgaagccggagaatatacacttgcagaaatgaatttc
ttgaagaaagctctccaggagaatgcaaaattaaaatcaatcattgatgagttgccgttc
agaagccaattatctatcgaaacaaagataaatagcgtagaaccaaatcgaaggagatca
gtatttacaagtcaagttgatgaattattatacatggctaaatggtatagctcagacaat
tttggtaatttgagtcgtagaagaaactctcgttatgcatctaaattagataaacctaaa
gataaagctagtgatataatgcagcctagtaaattgcatttagaaaacgaagaagtaacg
gaagcgaaagtaattccacatgataaaggagtcgaaaacatgatctcagatcataaattg
aaaggtaaaaataatgaacagaagaaaagaaaatcaaaaaaaccaacgtctatggttgaa
gtcttaaaggaggaatcggcatactttcaaagtgttaccggtaataggtgtgtactcaaa
gaaggtcaaaagagaaagcgtgagagactaatgcagatcaagttggagacgaaacttaaa
aagccaaaaagtcaaaatcttaatgaaacaaacagaatacaagaaactaaaaaattaatg
aaatgcgacgttgagcctgacaaggtcaaagaacagaaatctttcaagtctgaaaactta
aaggaagctaaacttgatgcttccgatagtctgattgtttctgatgttgaaatatcttta
aaaaagaagctcaataaaatcgaaaatgaggagaaaagaagcccttatgacccagaagat
atttctacagatacattggtccctttatatggacggcaactatatgtgaatgaagtctat
gaaactcaacctcggccgcctaagttatcatttagagaagataccaatattatggttcaa
aattgtagcgaaatatctcttactgataccatagcagcggatattatttcacagcattgt
aagaattatcgtgacatgccaatttcatttccactgttaactatcgtggatagaaatacg
aataggatgatactcaaccctatgaacaaaataagaatacgatttttgctttatcctcaa
catagtgagttgtttattctagcagagcctaaatctaatgagttggaccccataaatgag
attaagaagttgtttcaacttcattactcattgttcttttctcattcttcaaaattgaag
aaaattattttaagtgagtataataaagaaatcgatatttctattgaggaaaatgatttc
gttaggtttatgtttgttatagataaatggaaccgtttaatggttgaattaacacctaat
gatgttgatataggttctcatgatatcaatgaagaaattagggcctatttgctgcctaat
gagattaaaataccctcagatgaagacattagattggatattttctattcagaaatccag
ctatcgactgaagagaatccaatatctgataatgaccctattgaaccatcaagtccttca
ttcgatttgataaaatctatgaagcgttgtttcacacacgattcatcaaaccgccttaca
cctcctatatcttcagaagaggataataaggaaaatgaaccaccaatagaaagcgatttc
agaaacaataataataaaggttctataccttgtaccccggtcaggcttaatactagaaat
aagatggttgtcaatgccgtgaagcctgaaaactacgaactgaatttctttcgtcatctc
aaagaaaagactagtgtatctagattttgcgtacaacaaattcttttgcgtatatattcg
aggattgtatctacagaatcaaggaagcttaggtcctataaagcttttacggctgaggtc
tatggtgaattattgccttcgtttactagtgaagtcctaactaaagttaatttgcaacca
cagcacaaattctacgatttaggttcaggagtaggaaatactacttttcaagcagctttg
gaattcggagtacatcttagtggtggttgcgaaataatggaacatgcttctaaattgact
gaattacagaccatgctacttaataagcatttggcgttgttggggttaaaaaaattacca
ttgaattttgcgctcctgcaaagttttgttgagaatgatattgttcgtcaagcagtaatt
gaatgtgatgtacttcttgtcaataactatctctttgatgttaatttgaatactgctgta
ggaaaaatgttgtatggtttaaaaccaggcacgaagattataagtttaagaaattttatt
agaccaagatataaggcttcaagtgataaaacaatatttgattatttgaaagttgaaagg
catgagatgagtaactacctttctgttagttggactgcaaataaagtaccatattatatt
tctacggtacaagaaaatatttgcgaggaatatgtttaa

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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (21)   

Download RDF

DBGET integrated database retrieval system