KEGG T02284: 100636150

Amphimedon queenslandica (sponge): 100636150

Entry

100636150 CDS T02284

Definition

uncharacterized LOC100636150

Orthology

K11422

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

Organism

aqu Amphimedon queenslandica (sponge)

Pathway

aqu00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:aqu00310]

SSDB

Motif

Pfam:

SET N-SET CbiG_mid

Other DBs

NCBI-GI:

340373417

NCBI-GeneID:

100636150

Position

AA seq 1053 aa
MSSEDLQHRRKNNYKLLVDPELVKGKKKLYRLNGAIPGQKAPIPDPKDPRVLKTILGADG
SNVGLRVPRFKYDKFWTGSPPLREILISGLNELSTKGTIIKDLCETVSPTFFVKFHRHLK
SRVFLGSATVSFVKAGCGERAVNELNGAVVCGSKIAVELDDRGDLAKEVYTSKDNRRFSV
DSFKSDVTTPTIKPDDSAFFNNHENNRDDAFQSPTSFPTHTSFQKFNLISMVKTKSLSSV
EGSPHMSGCGLTTPTGTTPNSGISTKHAFDPILALKTCLLAKKNKVASIPPLPPKEKAPP
LPSEAPPPPPEAPPPQIGLEEISSEDEGPKKVGKTFFEEISGEEGSPLVTRPQLIVEDIS
SCEEDGERGNGSVDMDISDTEQNSSQIIEINVRPLTAPAPHFIQPPLPPPPFPSQTFLNY
QLSSEGPKTPPSEVRGDCLDNGGSAHPRTRKNKFSPAKQWKVPLAVTREEKRGQDVLYCA
LEQLSRILLRDVEKKLVESSAFPVLDEVWDKKESQRSKALGEEPMETEERVKPQEPYRRM
LPGLVPNRSRPQEDDESTTPITPRKRLMNFKIPLVGSMYRRDNVMTATRRLHFNERGERD
RRKRKNHYSDVLPRRKRRHRKEDKDERRSEYSQLSDISSEEWPSDEGRRSKDRDKKKKER
KENAFGPRTPSATSEEEEEFNKLLQEEEEEEEGQEEEKVDSDSSLAFNEIFGSTSSSDFE
ADIASLRRPKKAMKLSEPAIKKPSDLIESELIATPPVKEDKEEMEIERIAEYKKRGEGEE
AAILNSFLEEGFDKEDMDMMRSAYVKLKRIYSELISDVSWSYYPHNVVENNVTHSSGCAR
SEGYYKIDPSDKSRYLHHLRRSKASEDKDKNSAPPPTSSGRGNRLNHRRVASLFTSGDVS
RELQQYNQLKARKKQLTFAKSTIHNWGLFALETIPADEMVVEYIGQVVRHGIADERERRY
EAQGIGSSYLFRVDYDHVIDATKSGNFARFINHCCDPNCYAKIITVGNQKKIVIYSKRDI
RAGEEITYDYKFPIEDEKIPCLCGAPQCRGTLN

NT seq 3162 nt +upstreamnt +downstreamnt
atgtcaagcgaggacctacaacacaggaggaagaacaactacaagctcctggtcgacccc
gagctcgtgaagggcaaaaagaagctttacaggctaaacggagccatacctgggcagaag
gctccaattcctgatccaaaagacccaagagttttaaaaacgattcttggcgctgatgga
agcaatgttggactgagggtgccaagatttaagtatgataagttctggacaggctctcct
ccactaagagagatattaatctctggcctcaacgagctttccaccaaagggactatcatt
aaagatctctgcgagacggtgtctccaactttctttgtgaagtttcacaggcatttaaag
tcgagggtttttcttggcagtgccactgtgtcttttgtaaaggccggctgtggagagaga
gctgttaatgagcttaatggagctgtggtctgtgggtctaagatagctgtggagcttgat
gatagaggtgatcttgctaaagaggtgtacacaagcaaagacaatagaagatttagtgtt
gatagtttcaaatcagacgtcaccacgcctaccatcaaaccagacgactcggcatttttt
aataatcacgagaacaatagagacgatgcatttcaaagccccacctcctttcccacccac
acttcgtttcaaaaatttaatttgatttcaatggtaaagaccaaatcactctcatcagtt
gaaggttcgcctcatatgagtgggtgtggcttgaccacgcctacaggtaccacgcccaac
tctggaatatctacaaagcatgcatttgatccaatcctagcattaaagacttgtctgtta
gcgaaaaagaacaaggttgcttcaatccctccccttcctccgaaagaaaaggctcctccc
cttccctcagaagctccaccccctccaccagaagccccgccccctcagattggactggag
gagatcagctctgaggacgaaggacctaaaaaggttgggaagacattttttgaagagatt
tcgggcgaagagggttctccactagtgactaggccccagcttatagtggaggacatatct
agttgcgaggaagatggagagagagggaatggaagtgttgatatggacatttctgatacg
gaacaaaatagctctcaaatcattgaaattaatgttcgtcctctcacagcccccgcccct
cacttcatccagcctcctcttccacctcctccctttccttctcaaacctttttgaactat
cagctctcctctgaaggaccgaaaactccaccctcggaggtccgtggcgattgccttgac
aacggtggctccgcccacccaaggactcgcaaaaataagttctcaccggcaaaacaatgg
aaggttcctttggcagtgactcgggaagagaagagagggcaggatgtgctttattgtgcc
ttggagcagctgtcaagaatattactgagggacgtggagaagaaactggtagagagttct
gcttttcctgtacttgatgaagtgtgggataagaaagagagtcaaaggtctaaagccctt
ggagaggagcctatggaaactgaagaacgtgtcaaaccacaagagccttaccgtagaatg
ctcccaggccttgttcctaataggtcacgcccacaagaagacgacgagtcgaccacaccc
atcactcctagaaagaggttgatgaactttaagatcccgttggtgggtagcatgtacagg
agggacaatgtgatgactgctacaaggagactccattttaatgagaggggagagagagac
aggagaaagaggaaaaatcattattccgatgtgctccctaggagaaagaggagacacaga
aaggaagataaagatgaaaggagaagcgaatattctcaactctctgatatcagcagtgag
gaatggcccagcgacgaggggaggaggagtaaggacagagataaaaagaaaaaggaaaga
aaggagaatgcatttggtccacgtactccatcagcaactagtgaagaagaagaagaattt
aacaaactactccaagaggaggaggaggaggaggagggacaagaggaagagaaggttgac
agtgattccagtctggcattcaacgagatatttggctctacgtcttcaagtgattttgag
gcggacattgcttcactgcgaaggccaaagaaggctatgaaactttctgagccagcgata
aagaaaccctctgacttgatagagtccgaattgatagccacgcccccagtgaaagaggat
aaagaggagatggagattgagagaattgccgagtataagaagagaggagagggtgaggag
gcggccattttgaactcattccttgaagaaggtttcgataaggaagacatggacatgatg
agatcggcttacgtcaaattaaaaagaatttactcggaacttatcagcgatgtctcgtgg
tcttattatcctcacaatgttgttgagaataatgtcacacattcgagtggttgtgccaga
agcgaaggttactacaaaattgatccgtcagataaaagtcgatacttacatcatctacgg
cgcagtaaagcctctgaagacaaagataaaaactctgctccacctcctacttccagtggg
cgtggcaacagattgaaccatcgtcgtgttgcgtcactcttcacttctggagacgtctca
agagaattacagcaatacaatcaactgaaggctcgtaagaagcaactgacatttgctaaa
tccaccattcacaactggggcctcttcgcattggaaactataccagcggacgagatggtt
gtggagtacatcggtcaagtggtgagacatgggatagcagacgagagggagcgacggtac
gaggctcaagggatcgggagcagttacttgtttcgtgtcgattacgatcacgtcattgat
gcaactaagagcgggaactttgccagattcataaatcactgctgcgatccaaactgctat
gctaagatcatcacagtcgggaaccagaaaaagattgtcatttattccaaacgtgacatt
cgagcaggagaagaaataacgtacgactacaagttccccattgaagatgagaagatcccg
tgcttatgtggagccccgcagtgtcgtggtactctcaattag

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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