KEGG T01717: 100825032

Brachypodium distachyon: 100825032

Entry

100825032 CDS T01717

Definition

uncharacterized LOC100825032

Orthology

K11420

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

Organism

bdi Brachypodium distachyon

Pathway

bdi00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:bdi00310]

SSDB

Motif

Pfam:

SAD_SRA SET Pre-SET

Other DBs

NCBI-GI:

357153458

NCBI-GeneID:

100825032

Position

AA seq 1137 aa
MAGVEPPASTPIGGRLAARGLRPRRVSAKRSWPPGCGRFPAAPPAPEAGDGETGAAVVVE
GTAEEATGRSGVSSVVCNGDLPPTLEAGDGEKGATVVVKGTAEETTGRSGVSSAVCNGDL
PHTPEAGDGEKGAAVVFEGTAVCNGDLPPTPEAGDGEEILEGKAEEAAGHAGVSSLSCNG
SLPHTMPKPEAEGVVGEMKEGGEAQLPGGSDVRPLSDQVENMAIDVMPLAFAVRQSFTVA
AVNGSVENGVDGIEPLPMEGREGLGSGQLVKEEDVPSNGDGRVMGSRDAQLEREEEGHVA
VRKKRWLTSVVNPPPKRRAISAIRKFPPGCGRAAVTGTGSRVEEGLVLEATPISFASGSA
SVADDSSMVPVPSHGASSVSVRDISNETEDKSAEGKHVAKDGELRDKCEGSSLEGTPKTY
KGGGVLVDAKTNGKRPKSITIDETLLDDVRVSGDGTSRNKTPSTQRGVRHSNINMKHGLA
GSKLKSDGIGNDSSNRSSKEKCANHVVTDQIEEDDDLNFVTDMPIVQALMAPDICPWTQG
RKSITGVSKSSTPRSKNKLKKKVSTPSEKLPPKVSPSTSTKHETIEDKEYSEDDGDSMAL
GVVERKNELCVTLPPCAPSGDQSVDARSKVKKLLKLFQLICRKLVQTEEQQARRVGRIDI
EAVNAIKSNCEYYSKPGPIVGNVPGVDVGDEFHFRVELSIIGLHRPYQGGIDTTKVNGIP
IAISIVASGGYPDELPSSDELIYTGSGGKAIGKKEAEDQKLERGNLALKNCIKTQTPVRV
THGFKGQSRGEVGHSKSKQVSTYTYDGLYVVVECWQEGAKGSMVFKYKLKRIPGQPELAL
HIVKETRKSKIRKGLCCPDISEGKERIPICVINTIDDLQPTPFKYITKVIYPPPYAKDPP
EGCDCTNGCSDSNRCACAVKNGGEIPFNFNGAIVHAKPLIYECGPSCRCPPTCHNRVSQH
GVKIPLEIFKTGETGWGVRSLSSISSGSFICEYGGELLQDTEAEKRENDEYLFDIGHNYD
DEELWKGLPSMIPGLESATPETMEDDVGFTIDAAISGNVGRFINHSCSPNLYAQNVLWDH
DDKRMPHIMFFAAENIPPLQELTYHYNYTIGQVRDKNGVEKEKKCFCGSSDCCGRLY

NT seq 3414 nt +upstreamnt +downstreamnt
atggcgggggttgagccgcccgcgtcgaccccgatcggcgggcggttggcggcccgaggg
ctgaggccgaggagggtctccgccaagcgctcctggccgcccggctgcggtcgcttcccc
gctgccccgcctgccccggaggccggcgacggcgagacgggcgcagccgttgtcgtcgag
ggcacagcggaggaggcgaccggccgctcgggcgtttcttccgtggtgtgcaacggcgac
ctcccacctaccctcgaggccggcgacggcgagaagggcgccaccgttgtcgtcaagggc
acagcggaggagacgaccggccgctcgggcgtttcttccgctgtgtgcaacggagacctc
ccacatacccccgaggctggcgacggcgagaagggcgccgccgttgtcttcgagggcaca
gcggtgtgcaacggcgatctcccacccacccccgaggctggcgacggcgaggagatcctc
gagggcaaagcggaggaggcagccggccacgcgggcgtttcctccttgtcatgcaacggc
agcctaccgcacaccatgcctaagccggaagctgagggggtggttggcgagatgaaggag
ggtggagaggcacaattacctggcggttctgatgtgcgtccattgagtgaccaggtagag
aacatggcgattgacgtgatgccgctggcgttcgctgtccggcagagttttactgttgct
gctgtgaatggttcagttgagaacggggtggatgggatcgagccgttgccgatggagggg
agggaaggcctgggcagtggtcaattggtcaaggaggaggatgtgcctagcaatggggat
ggcagggtgatgggaagcagagatgcacaattggagagggaagaggaagggcatgttgca
gtcagaaagaagaggtggttgacgtctgttgtgaatccacctcccaagagaagggccatc
tcagccattcgcaaatttccacctggctgtgggagggctgctgttactggcactggcagt
agagtcgaggaagggttggtattggaagccacacctatcagtttcgctagtgggagtgcc
tctgtggcggatgactcgtccatggttccagttccaagtcatggtgcttcttcagtgtcc
gtgcgagatatctctaatgaaacagaagataagagtgcggaggggaagcatgtagccaag
gacggtgagctgagagacaaatgcgaaggaagctcgctagaaggtactcctaagacttat
aagggaggtggtgttcttgttgatgcaaagacaaatggcaagcgaccaaagagtatcacc
attgatgagacattgctagatgatgtaagggtctccggagacggcacatcaagaaacaag
actccaagcactcagagaggagtcaggcactcaaatattaacatgaagcatggcttggct
ggttctaagttgaagagtgatggcataggcaatgactcttcgaataggtcttctaaggag
aagtgtgcaaatcatgttgtgaccgatcagattgaagaagatgatgatttgaactttgtt
actgacatgccaattgtacaagcattgatggcaccagacatatgtccttggacacaagga
aggaagtctattactggtgtttctaagtctagtactcctaggagcaagaacaagctaaag
aaaaaggtttctacgccaagtgaaaagttgccccccaaagtgagcccttctacatcaacc
aagcatgagacaatcgaggacaaagaatactcggaagatgatggcgactctatggcatta
ggtgtggttgaaagaaagaatgaattgtgtgtcaccctccctccttgtgctccgtctggg
gaccagagtgttgatgctcggagcaaagtcaagaagttgctcaaattgttccaattgatt
tgtcggaagcttgtacaaacagaggagcaacaggcacgtagggttggaagaattgacatt
gaggccgtcaatgctataaagagcaactgtgagtattactctaagcccgggcctatcgtt
ggcaatgttcccggtgttgatgttggtgatgaatttcactttagagtcgagttgtcaatt
attggactacaccggccataccaaggaggtattgacactaccaaggtgaatggaataccc
attgcaataagcatagtcgcttccggagggtatcctgacgaattgccgagctcagacgag
ttaatatatactggctcgggtggtaaggctattggaaagaaggaggcggaagatcaaaag
cttgagcgtggcaaccttgctttgaagaattgcatcaaaactcaaactccggtccgagtg
actcatgggttcaaaggtcaaagtagaggtgaagtcgggcattccaaatcgaagcaagtt
tcaacatacacttatgatgggttgtatgtggtggtggaatgttggcaagaaggagcaaag
ggctctatggtctttaagtacaagttaaaaaggataccgggtcaacctgaattagcttta
cacatagtcaaggagacaaggaagtccaaaattcgcaaaggtctttgttgtcctgatata
tctgaaggaaaagagaggattcccatatgtgtgatcaacacaattgatgacttgcagcca
acaccatttaagtatattaccaaagtcatatatcctcctccgtatgcaaaagatcccccg
gaaggctgtgactgcactaacggctgctcggactctaatagatgtgcttgtgcagtgaag
aatggaggggaaatcccattcaactttaatggtgcaattgttcatgcaaagcccctcata
tatgaatgtggcccatcatgcaggtgccctccaacatgccacaatagggtgagccagcat
ggcgtcaaaattccgctggaaatattcaagacaggggagactggttggggtgtaagatct
ctcagttcgatctcctcaggcagtttcatatgcgagtatggaggtgagctgttacaagat
acagaagctgaaaagagagagaatgatgagtacctgtttgatattggtcataattatgac
gatgaagaactttggaaggggcttccatcaatgattccgggtttagaatctgctacccct
gagacaatggaggatgatgtaggcttcacaatagatgccgcaatatctggtaatgttgga
agattcatcaaccacagttgctctccaaacctgtatgcacaaaatgtcctctgggaccat
gatgacaagaggatgccacacattatgttttttgctgcggagaatattcctccacttcaa
gagctgacttaccactataattataccataggtcaagttcgtgacaagaatggtgtggag
aaggaaaaaaagtgcttctgtggttcttccgattgctgtggcaggctttactaa

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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (21)   

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