KEGG T01076: 100571907

Acyrthosiphon pisum (pea aphid): 100571907

Entry

100571907 CDS T01076

Definition

uncharacterized LOC100571907

Orthology

K09188

histone-lysine N-methyltransferase MLL3 [EC:2.1.1.43]

Organism

api Acyrthosiphon pisum (pea aphid)

Pathway

api00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:api00310]

SSDB

Motif

Pfam:

FYRC SET FYRN zf-HC5HC2H zf-HC5HC2H_2

Other DBs

NCBI-GI:

328714763

NCBI-GeneID:

100571907

Position

AA seq 2204 aa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NT seq 6615 nt +upstreamnt +downstreamnt
atgcaattagctcaacatagacaaatgttattacagcaaattgatcaaattcaaaaacaa
atgaacgatggacagaatcagcaacaaagacaaatactcgttcagcaagcagtacctgga
aatcaagatagtaaatcagaattgtctcctcaacaaaggcagcagatagttattcagaga
caaaacataatattacaacagcaacaacagttccaacagttacagcaacaaaatgttcca
caacaacaacaaattttgcaaccacagaataatcagaatcaaatgcaattacaatctcaa
aacaatcaaaatacaatacaagtacaacagcagcagcagcagcagcaacagcaacagcaa
caacagcaacaacagcaacaacaacaacaacaacaacaacaacaacaacaacaacaacaa
cagcagcagcagcagcaacagcagcagcagcaacaacaacaaaatcctggacagaccaat
atgactcaacagcaaaaattatttcaacatcaacaactacagctacagatagccaagcag
cagcatatcctggcacaacacaatgctcaaattcaacaaaaattagttcaacgttcgccc
cagcaacaaaatgtaattcagtctcaactatctcctcagcagcaacaaacagtactgtta
cagcagactattaaacaagaaccaggagaaattgttaatccaaatattattcgtcaacaa
cagcaacaacagcaacagcaacagcaaattttattacagcgccagcaacaaacaagattt
ttacaacaacaacttatatctcaaggcaaagtcactagacaaatggttcagtcccaacag
cagtctccaattcctcctcaaagcccaaatcagccacctttatctccaatgcctccacaa
agtcccatatccaacaatcagcaatactgtcaaccaaatagtccaatgatatcaactcag
tctccaatgctgtcacagagtcctcaacaattttcacaaccagtacaatcgccaaaccct
gtacagtttactcctaattcaccgatgccttctcaaagccctaggcaaactcagtttgta
caaccaacatcgccattaatgcctcaaagtcctatggtccagggatatactcatccacca
gcaacttcaccatttggacaacctccaagctcgccaagtcccagaccatcgcagagtcca
agaaatagtctgggcccccctagttctccaatgagtcctatgcaacaaaacccatacatc
agacctacaacgagtcctatgcccgctagacgaccaaatgttggtagtagtccattgatg
ccagatcaacaagaaaacagggaagaaaataatgtaccaccagaaggatatcagtatgct
aaattaggacttcgtggaggcggacattattgcttacctcccaaggggtttaagtacact
aaattaggtcttaagggtggagcacctatgtggagtactgggaggcagtttgttagtaaa
gatgctcaagatgaggtaaaaagaagcgtattcaaaagtaatgatatgccattaagtgca
ataccagtatcaaaagtttcatcattagtatcgttagagtatggagattcggatgatgag
ggttcaagaacacctccggtaccttcccctcaaccacctccaattcaaatatccaaacaa
aaagaagctcctgaaggaattaacacagatccaatgattatttcaacttctcctaaaaat
gaagatagtcaaaatttaccagtttacaaagatgtaaatttattggaaaattgcaaaaaa
aatagcattgaagaattagatgatatacaaatgatatcaactatacacaatatgaacata
gatcccggtcagatatcattaaactctagtagagttggcgaagaattattggatatggat
agagaaattaattcacctggtctgatgttgaatgaaaatgatgatagtattcttggtggt
cttccaaaagacgaagcttctgaaatggatagactgatgttttttgatgaacttggcgat
agcataaaatgtgatcaggaggaaaagagtggatcaccagagaaatctgttttcaatctg
gacaaattactaaatgatccagaaccacatatagaacaaaaagaagagtttaaagctgag
gttattcaacaagaaaacaatttagcagaattaagccaagaaaatgaagaagcaaatatt
gataatgttatccaaagctattcatttcattcttatgcaaaagttccaagaccagcgcca
tcgcccaaaaaagaaaaccgtttggtgtctattttgaaaaccgatcaatcagatgatcta
aaaaaagtgactagtctatttcgatctcatccgtctacccaaagtaaaaatattattatt
ttaaacccttcatcagatacattaaaagatcaacaagttaaacaaaatttactattaaca
aaggcagacaaccttatacattcagatttagctcaaatcttaagtaatattatgtctccc
aaacagaaagatagtttcattaaaattgacacatcaaaatcagatgagcacacaaaacac
tcaaccatagttttaccagcccgtacaacatcagttgtgcagaattctcaaaaaattcat
tgggattcaatagcgacatttactactgcgtcttcaacttcatatgctaaatcaattcaa
ataatatcaaaacctgaagacaaagaactaaaaaacagctctcagttatcatgtatgata
aatgtacccaagccagaatcacgtacacctaaggttgttgaggaatctcagaatgtattg
cttaagcaacttcttcaaaacactgcatgtgctaatcaaactccaactactacaactgct
ataagtttgccaattataccttctctcgaagctcagcttgcaaggcctgtttcaccaaca
ccatctttattatttccttcattactttcaccaaaaaaagatgataaatttgaatctcaa
catcaattactgaaacctttaaaactagatattgaacctatggcacaaagaccagagtct
caacctcaggtgcttcaaaagcctgaacctcaaataccgatacaaaaatctgaaccacaa
gctcaaattctaaaacttgagccacagtcttctcctaaacctgtagttattctacagcgt
tctgatattcaaacacctgttacacaaaattcacctacaccaccaccaccaccaccacca
ccacttcttcaaccatctttactgcaagtacaaccagaatcacagctacaaccacaatca
actcgaccaatagcttcaacagattcaataatggagtctattaactcagcaattaaacaa
gagcgtttagaagaagaaattaaaaatgaagtacatttacctgtaactacattgactgga
tttagccctgaaagagaagtaaaaagagaaattatgtcatccgatgaattagtatcacct
caaaattctactagaatagtagatccagcagatatgaataattcaatgaatgtgtcaata
gacatgaatgcagatactcaagatcaaaaaaaatacaaacgtaggcagtattatgctaaa
cgtaggcaaagtcaagggaaagatgtaagttctacaatcatcccaaaaaaacgacatcga
aaaggttctaagccagaagaagattatgattcttttattgatgcacttatgtcacaatta
cgacagcttcagccaatgagtgttattgagccatctttaaaccaaaacttaacagcttgt
ccattgtttggcataggagatgtattatctcagcaaaactttaaaagtggtgatttaaaa
ggtaaagtgggttcatgtaatctgccaggtgagagtgattattacaatacaaaacctttt
ggtgatttggaacctgtctcaccattacctcaaccttccactcaaagaggcttttacaat
gaagaatttgaccctttaaagtttgaatctgataatgatgaaaagaagtttgatatcgga
cgtgaccgcgatgataccccagacactgtgatgagctcttcttcaccagaattggcagta
tgtcaaactccaacccattttccagggcttaaaaattatgatgatgatagcgattcaaca
gatacactgttaaattttactcgatacatgtctccagttcatcaacttgttgcaccacta
gctttgaaacctcgtcccaactataaaatcaatatagaagatgataaagaaaatcaaggt
gcaagacaaggaatgttgtctcaagttggtaaaacacctccacgaagttcacctgcatta
ccattacgggattccaatacaatgacagttacattaactataacttcagatgcggctgaa
gatattatgggagttcttcaaggcttagctaatttactcgatttacccgatattcctaat
tataaagttactgaaagaactgttacaccaatgtctcataaattaggactgtacagatct
aaaaccaaagatggaaaagaaggagctccaatagatattcaaactatattaaatggcttt
gccaaattttgtcgtcattgtgatttagtgatattaaataatttaataaaaaagaaagca
agcgaaattcccttcttaactgtcgaagagtgtgcagatgaaatatttttctgtagtacg
atgtgctttcaaacttttgcttcgcttttacgcccaccagctgaatctaaagacaaagca
acaaccaatgttaatcatttatctgaaggttcaccaccaaagcgtttaaaagtagaacct
gaaactagtccaatatccaataaaactgattatactgaaaaaatggatattgatgacact
tcaaaaaacattgaagaatcaaaaccagaaccaactgttgaagaaacaaaaactttgaat
aagggtactatttacagactttggaatacaaatagtgttccagctccactaactaagcat
aaaaaatctactgataaagatctaatggagatgttgtttcgtatgggaattactgttaca
tcacctaaattaccagaagacaaacgtttgtgtttattttgtcatcagtatggagatggt
gtttcagatggaccctctaggttattaaactttgatgttgataaatgggtacatttaaac
tgtgcattgtggtcagaagatgtttatgaaactgttaatggagctttgatgaaagttgac
attgctttacggcaatctctcagtgtggaatgtatagtatgtcagcggcccggtgctaca
cttaaatgttacaagcttagatgttccacaaattatcatttaccatgtgctgtcaaagat
gacgctgtgttctataaaaataagactttgtactgcagtggtcatgctccaaagagtgac
aaggaaaacgaactgaccacgttgtctgtacatcgacgtgtttacattaatagagatgag
aatcggcaagttgctgctgtaatgcatcattcaagttctcatcagtttttgttgcgtgtt
ggtagcctaacacttcttaatattgggcaattattgcctcatcaattggctgcatttcat
actccaacttctatttatccaattggtttcaaagtggtccgtttgttttggagtatgcga
gtacctaacaagcgttgtaaatatatatgttctattcatgaagtaaatgcacggcctgag
tttagaattattgtacaagaagtggataatgaagatctagagctaaaagattctagtcca
agagcagtttggtcaaaagttttgtcggctattgctagtatgagaactacaaataatttg
ttaaagctacacccacaacatgtgagcggcgacagtttatttggacttactgaaccagca
attgttcgtgtcttagagagtttgcctggaattgagactcaatctgattaccgtttccgt
tatggtcgtaatcctcttctagaacttcctttagctatcaacccaagtggatgtgctcgt
tgtgagggccgtagacgactagttcttcctgggaagttacgatcacacattcctagatca
tttacatcatctcatggttcatcattattgagtcaactagacttatcagctccccctact
tgtccgtattctaaacattttgttcattcaaaatcctcgcaatataaaaaaatgaaacaa
gaatggagaaacaatgtgtacttagccaggtctaaaatccaaggtttgggactgtacgct
gctagagatttagaaaaacatactatggttattgaatacattggtgaaattatccgatca
cagttgtgtgattatagagagaaactttacgaagctaagaatcgcggtatatacatgttc
cgtctggatgacgatcgagtggttgatgctactataagtggaggtctagctcgttatatt
aatcactcatgtaatcctaactgtgttactgaaaaagtggaagtagaccgagagcttcga
attataatatttgccaagcgaaggattgccagaggcgaagagcttgcgtatgactaccag
tttgacattgaagatgatcaacacaagattccgtgcaactgcggtgctcccaactgccgc
aaatggatgaactga

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 (5)   
   Pfam (5)   
All databases (23)   

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