KEGG T01710: 100776895

Glycine max (soybean): 100776895

Entry

100776895 CDS T01710

Definition

uncharacterized LOC100776895

Orthology

K11420

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

Organism

gmx Glycine max (soybean)

Pathway

gmx00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:gmx00310]

SSDB

Motif

Pfam:

SAD_SRA SET Pre-SET

Other DBs

NCBI-GI:

356540561

NCBI-GeneID:

100776895

Position

AA seq 1086 aa
MATPVSNSHFEEGRNKKSLMENEEYAFLARPMYKWRKVSAVRDFPEGCGPFASRIDPVLN
VNIAGYGSANGTIIEDKNGEHLVGDTVKTSNCENDGQHSEVKDSLLTETLGQTTDSGLNK
ENPIVSSPQVNGSTAEHEPAKVTIGETIDSGLNKGNPAVSCHKMDELTAEDEAAKVTIGQ
TTDCVFNKENPVVSSHKVDGPTAEDKPVKVPLVDMEILNTEFARTANTVKCDSYMLKSSS
QVGEVVMSGGSKPLLSNVNISAGSSACMVEPVTRRYLPRRKVSALRDFPTLCGRNALHLS
KDKDVCLEGISSLNNKKLCLQNLAVDENNPLKEVRALAVDDSPLKEVGTVAVDDSPLKEV
GTVAVDDSPLKEVGAADVKEIKSNIQDEYGCKRKLVDILKTDSESNAAKRVKKPLEIKRD
KHVTLREESNHRVKINSKAVVKEQNREETRPLVLSHSKHKLKGNFNGSRVSSDRKVVLGL
MAESECPWRSGKGSSKFKFSDAKNEGKKKKVASALPDRSKTAIKSKGALSYSGQKPLKKK
KGNATSEGMSELVIWEKKDSLDPNENNEDLQIVLKSHEFNVNVTPSHSNFTGDEGDSNVT
RKKVIKILRLFQVVFRKLLQEVESKLSERANGKRVDLIALKILKENGHYVNSGKQILGAV
PGVEVGDEFQYRVELNIVGLHRQIQGGIDYVKHNGKILATSIVASGAYADDLDNPDVLIY
TGQGGNVMNPDKEPEDQKLERGNLALKNSSEEKNSVRVIRGSESMDGKCRIYVYDGLYVV
ESYQPDVGPHGKLVFKFFLRRIPGQPELALREVKKSKKFKTREGVCVDDISYGKERIPIC
AVNTIDDEKPPPFNYITSIIYPNCHVLPAEGCDCTNGCSDLEKCSCVVKNGGEIPFNHNG
AIVQAKPLVYECGPTCKCPSTCHNRVSQLGIKFQLEIFKTDTRGWGVRSLNSIPSGSFIC
EYIGELLEDKEAEQRTGNDEYLFDIGNNYSNIVKDGGFTIDAAQFGNVGRFINHSCSPNL
IAQNVLYDNHDTRMPHIMFFAADNIPPLQELTYDYNYEIDQIRDSGGNIKKKYCHCGSVE
CTGRMY

NT seq 3261 nt +upstreamnt +downstreamnt
atggcaacaccagtcagtaatagtcattttgaagaaggaagaaataagaagtcattgatg
gaaaacgaggaatacgcttttcttgctaggcccatgtataagtggcggaaagtttctgct
gttcgtgatttccccgaaggatgtggaccatttgcttcgaggattgatccagtgttaaac
gtaaatattgcaggttatggttcagctaatggtacaattattgaggataagaatggtgaa
catttagtgggtgatactgttaaaacttccaattgtgaaaatgatggccagcattctgaa
gtaaaagattcgcttcttactgaaactcttggtcaaacaactgacagtggtttaaataag
gaaaaccccatagtctcatctcctcaagtgaatgggtctactgcagaacatgaacctgca
aaagtgactattggtgaaacaattgactctggtttgaataagggaaaccctgctgtttca
tgtcataaaatggatgaacttactgcagaagatgaagctgcaaaagtgactattggccaa
acaactgactgtgttttcaacaaggaaaaccctgtggtctcatctcataaagtggatggg
cctactgcagaagacaagcctgtcaaagtgccattagtggacatggaaattttgaataca
gagtttgcaagaactgcaaacactgtaaaatgtgactcttatatgttgaagtcatcttct
caagtgggtgaagtggttatgtcaggtggttcaaaacccttattgtcaaatgtcaatata
tctgctggttctagtgcttgcatggtggagcctgtaactagaaggtatcttcctcgaaga
aaagtttcagctctcagagacttcccaactttatgtggacgcaatgctctacatctcagt
aaggacaaggatgtgtgtctagaggggatctcttctttaaataacaagaaactgtgtcta
cagaacctggccgtagatgaaaacaatccattgaaagaagtacgagccttggctgtagat
gacagtccattgaaagaagtaggaaccgtggctgtagatgacagtccattgaaagaagta
ggaaccgtggctgtagatgacagtccattgaaagaagtaggagccgctgatgtaaaagaa
attaaaagtaacatccaggatgagtatggttgcaagagaaagcttgtggacatccttaaa
actgattctgaaagtaatgctgcaaagagagtgaagaaaccactggagatcaagagagac
aagcatgttacacttcgcgaagaaagtaatcatcgtgttaaaataaattccaaggcagtg
gtaaaagagcaaaatagggaagagacaaggcctttggttctatcacattctaagcataag
ttgaaagggaattttaatggatcacgggtctcatcagacaggaaagtagtactaggtttg
atggccgaatcagaatgtccttggaggtccggcaaaggttcctccaaatttaagttcagt
gatgctaaaaatgaaggcaagaaaaagaaagtagcttctgcattgccagataggtctaaa
acagctatcaagagtaaaggtgcactaagttattctgggcagaagcctttgaaaaagaaa
aaaggaaatgctacttctgaaggtatgagtgaattagtaatttgggaaaagaaggatagt
cttgaccctaatgaaaataatgaagaccttcaaattgttctgaaatcacatgagttcaat
gtaaatgttactccttctcattctaatttcactggtgatgagggtgactcaaatgtgacc
cggaaaaaagtgataaaaatattgcggttgtttcaagttgtttttagaaagcttttacag
gaagtagaatcaaagttaagtgagcgagcaaatggtaaaagagttgatttaattgcttta
aagatccttaaggagaatgggcattatgttaactcgggcaagcagatactgggcgctgtc
cctggggttgaagttggtgatgaatttcaatatagggtggagcttaatatagttggcctt
catcgtcagattcagggtggcatcgattatgtgaagcacaatggtaagatccttgcaact
agtattgttgcgtcaggggcttatgctgatgatttggataatccagatgtcttgatatat
acagggcagggtgggaatgtgatgaaccctgataaagaacctgaagatcagaagctcgag
cggggcaatcttgctctgaagaacagtagtgaggaaaaaaattctgttagggtgatacgt
ggttctgaatcaatggatggaaagtgcaggatatatgtttatgatggattgtatgtggtt
gagtcttatcagcctgatgtgggaccacatgggaagctggtttttaagtttttcctgcga
agaattcctggtcaaccagagcttgctttgagggaagtgaagaaatctaaaaagttcaaa
acaagagaaggtgtatgtgttgatgatatttcttatggaaaagaacgaattccgatatgt
gctgtgaacaccatagatgatgaaaagccccctccgtttaattacataactagcattata
taccccaattgccatgtccttcctgcagaaggatgtgattgtactaatggatgctcagat
ttggagaaatgttcgtgtgtagtgaaaaatgggggagagattccattcaatcacaatggg
gctattgtacaagcaaaacctctggtctatgagtgtggacctacttgtaaatgtccttca
acatgtcataatagagtcagccaacttggcataaagttccaacttgaaatatttaaaacc
gatacaaggggatggggtgtgagatccctgaattcaatcccttcaggaagttttatctgt
gaatatataggggagcttcttgaggacaaggaagctgaacaaagaaccggtaatgatgag
tatctttttgatattggaaataactatagcaacattgtgaaggatggtggtttcaccatt
gacgctgctcagtttggtaatgtggggagattcatcaaccatagttgctcccctaatctt
attgctcagaatgtcctttatgataaccatgacaccaggatgcctcacataatgttcttt
gctgctgataacattcctcccctgcaagagctgacttatgattacaattatgaaatagat
caaattcgtgattctggtggcaatataaaaaagaagtattgccattgtggttctgtggaa
tgtactggcaggatgtattga

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)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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