KEGG   Xenopus tropicalis (tropical clawed frog): 100137099
Entry
100137099         CDS       T01011                                 
Symbol
asxl2
Name
(RefSeq) putative Polycomb group protein ASXL2 isoform X1
  KO
K11471  additional sex combs-like protein
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr03083  Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    100137099 (asxl2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xtr03036]
    100137099 (asxl2)
Chromosome and associated proteins [BR:xtr03036]
 Eukaryotic type
  Histone modification proteins
   Polycomb repressive complex (PRC) and associated proteins
    PR-DUB complex
     100137099 (asxl2)
SSDB
Motif
Pfam: ASXH PHD_3 HARE-HTH
Other DBs
NCBI-GeneID: 100137099
NCBI-ProteinID: XP_017945488
Xenbase: XB-GENE-996283
UniProt: A0A803JBP5
Position
5:complement(154176129..154208367)
AA seq 1472 aa
MRDAARRKRRRRRRKKKGRTWAEAAKTVLEKYHNTPMSHKEILQVIQREGLKEISGTSPL
ACLNAMLHTNSRGEEGIFYKVPGRMGVYTLKKDVGDGVKEISDCSEDSSEAHSDSQTSEH
SSTTSGSTSSNSSGSAKDRRSSRWRRKVASRISQPSSPQSGCPSPSIPAGKVISPSQKHS
KKALKQALKQQQQRKKQQQRVGMPVPASQRLLLTTVKTANNVAPAKPTPTHTWEAKQPEG
QASNAHISAPSGTSLASLHGLGKKALPRSDRLQARHIKRTKCAEIDVETPDSILVNTNLR
ALINKHTFSLLPGDCQQRLLLLLPEVDRPTGPDGLMKLNSSALNNEFFTSASQSWKERLS
EGEFTPEMQLRIRQEIEKEKKVESWKERFYESYYGENSGLNPDDYKELIAETNDTLARTQ
VSPPKEQCKSDPCPELQPVEAKVETTAQKGINEGPPIKKEDEGTVHVKAELPTAGDTQRP
PEVMPADTKEKVSTVPVKTAEGAAEVITPVPSKETGHKISPKPEETDSESQGTPTPTPLT
SPVHMQPPSTPTAKAAPAQGSGAEGSPEKVELAIGTRVKRKLDVGAGDSDNAGKCIRISE
QQEIQRPFRDLCSPSTKGTAQGSEQKVPPLKIPVSWLPTKPFPSSRVSSRPYFPTTGTSP
SRTGARTLADIKAKAQLARAQRAAAAAAATSAGLSVGSSVPGPGPGGGTGPGGGAGPGGG
ARPGGEARNPAAGTSETGHRAGVLDVGSTGSWRGERGNPALPSCTQTSRETQNPLQVSPD
STARTQLLQKSSLQPRHPITGAQASLAYGCPLPARSSASIRMPNPLSDRLVATSGTVAPG
VTAIPPSSTSCSSPQNLKGIRANLAAQIRPRISLGTQTIPPRPTETVPPKPAETIPPKPA
ETIPPKPAETIPPRPAETIPPRPAETIPPRPAETIPPRPAETIPPRPAETIPPRPAETIP
PRPAETIPPRPAETIPPRPVDTIPPRPVLSQAVTSNLSTPAKAQAPSQPAGPIPSTQRVP
IRTGSSIPANNPLVTQLLQGKSVPMEQIMPRPLNKMEVKTIPIGSGQKERVTNTAGVSAP
AGGIMVSREDSEKPSHMAVQQLERFLSQNRQLPSSQRILQLFSGRDLSSISQSQSQEAAS
STAQEQTLQSLIRKVQQEKSLVGPNPAEPSENTSASQRFMFGFVGRRTSKPAMSGHYLLN
IATYGRVPESFRRAQAVSPERGINLSDPERSQPRDDETESVTESEEEENSENNPEDSEYA
PRYLPIAVSHPTTLRTAKLEAPMLDLKETVQALSRGDIYDESHIARDFIQAAQAKMVNVL
GIKLKGDASELFRASKSHEGSQPPHSEQIHTGGPASLIGSSYGGTINITTSPEGMQGPSI
PTGGHLTPTSADNLVSFSVTVTTIPSSHIVDSSDHDQPVSVQAFTEDPGRDTAPSKCYCR
LKAMIICKGCGAFCHDDCIGPSKLCVSCLVVR
NT seq 4419 nt   +upstreamnt  +downstreamnt
atgagggacgctgcacggaggaagaggaggaggcggcggaggaagaagaagggacggaca
tgggctgaggccgccaagacggtcctggagaaatatcacaacaccccaatgagccataag
gagatcctacaagtcatccagcgcgaaggcctgaaagagatcagcggcacgtcccccctc
gcctgcctgaacgccatgttgcacactaattcccggggagaagagggaatattctacaag
gttccggggaggatgggagtctatacacttaagaaagacgttggcgatggggtgaaggag
atttctgactgctcagaagacagcagcgaggctcattctgactcccagacttcggagcac
agcagcaccaccagcggcagcaccagcagcaacagcagcggcagcgccaaggacaggcgt
agcagccgatggagaagaaaagtcgcatctagaatatcccagccatcctctccccaatca
ggctgtccatctccctccatccctgcggggaaagtcatctctccatctcagaagcacagc
aagaaggccctcaaacaggctttgaagcagcaacagcaaaggaagaagcagcagcagagg
gtgggaatgccagtccctgccagccagcgcctcctgctgactacagtgaagactgcaaac
aatgttgcccctgccaagccaaccccaacccacacatgggaagccaaacagccagagggc
caagcaagcaatgcccacatctctgcgccatccggcacctccctggcatctctacatgga
ctggggaagaaggcattgccgagatcagaccggctgcaagccagacatataaaaagaaca
aaatgcgcagagatcgacgtagagacaccggactccatcttggtcaataccaacctacgg
gcactgataaacaaacacaccttctcactcctgcccggggactgtcagcaacggctcctc
ctcctgctgcctgaagtggaccgaccaactggtcccgacggcctgatgaagctcaacagt
tccgccctaaacaacgagttctttacctcggcgtcccagagctggaaggagcggctctca
gaaggggaattcaccccagagatgcagcttcgtatccgccaggaaattgagaaagagaag
aaggtggagtcgtggaaggagcgcttctatgagagttactatggggagaactctgggcta
aaccctgacgattacaaagagctgattgcagagaccaacgatactttggccagaacccaa
gtctcccctccaaaggaacagtgtaagtccgacccgtgccctgaactccagccggttgag
gccaaggttgagaccacagcccagaagggtataaatgaaggcccaccaataaagaaggaa
gatgaaggcactgttcatgtaaaggccgaattaccaacagccggtgatacccagcgcccc
cccgaagtcatgccagcggataccaaagagaaagtcagcactgttcctgtgaagacagca
gagggcgctgcagaggttataaccccagttcccagcaaagagactgggcataaaatatcc
cctaagccggaggagacagactcagagagccagggtacaccaaccccaaccccactaacc
agtcctgtccatatgcagcctcccagcactcccacagccaaggctgcgccggctcagggt
tccggggcagaggggtcgccagagaaagtggagctcgcaatcggcacacgagtcaagagg
aagctggatgtgggcgccggggattcggataatgctgggaaatgcatacggatatcggag
cagcaagaaatccagcggccatttcgtgacttgtgtagccccagtaccaaagggacggcc
caggggtcggaacaaaaagtgcccccacttaagatccctgtctcttggttacctacaaag
ccctttcccagcagccgggtctcttccaggccctattttccaaccaccggcaccagtccc
agcagaacaggagcaagaaccttggcagacatcaaagccaaagcccagctggccagagcc
cagagggcagcagcggcggcagcagcaacatcagctggcctctctgtcggttcatcagtg
ccagggccagggcctggagggggaaccggacctggaggaggagccggacctggaggagga
gccagacctggaggagaggcgaggaatccagcagctggcaccagtgaaacaggacacagg
gccggagtactggacgtgggaagtactggaagctggagaggtgagaggggaaatccagcc
cttccatcatgcacccagacttccagggagacccagaacccactgcaggtatcacctgac
agtacagcaagaacacagctactgcaaaaatccagtctacaacccagacacccaataaca
ggagcccaggcatctctagcctatggctgtcccttacctgcccggagcagtgccagcatc
agaatgcccaatccgttatctgatagactggtggcaacatctggcactgtggcccctggg
gttacagctatacctccatcaagcacaagctgctcatcaccacagaacctaaaaggtatc
cgggccaacctagctgctcaaatcagacctagaatttctttaggcactcagacaatccca
ccaaggcctacggagacagtcccaccaaagcctgccgagacaatcccaccaaagcctgcc
gagacaatcccaccaaagcctgccgagacaatcccaccaaggcctgccgagacaatccca
ccaaggcctgccgagacaatcccaccaaggcctgccgagacaatcccaccaaggcctgcc
gagacaatcccaccaaggcctgccgagacaatcccaccaaggcctgccgagacaatccca
ccaaggccagctgagacaatcccaccaaggccagctgagacaatcccaccaaggcctgtc
gacacaatcccaccaaggcctgtcctgtctcaggcagtaacttctaacctttccacacca
gccaaagctcaggcacccagtcagccagcaggtcccattccaagcactcagagggtgccc
ataaggacgggctctagcatacccgccaataaccctctggttacccaactcctgcagggc
aagagtgtccccatggagcagataatgcccagacctctcaacaagatggaagtaaagacc
attcctataggttctggtcagaaggagagggtaactaacacagctggagttagtgcccct
gcagggggcatcatggtaagtagagaagattcagaaaagccctcacacatggctgtccaa
cagctggaaaggtttcttagccaaaatcggcagctgccgtccagccaaaggatcctgcag
ctcttctctggaagagatctgagcagtattagccaatcacagagccaggaagcagccagc
agtaccgcccaagagcaaactctccaatcactgatcagaaaggttcaacaagagaaatca
ttggtcggccccaatccagctgaaccgagtgaaaacacatccgccagtcagaggttcatg
tttggctttgtgggccggcgaacgtctaaacctgccatgtcggggcactacttgctaaac
atcgctacgtacggccgcgttcccgagagcttccggcgagcacaggctgtaagtcctgag
cggggcatcaacctgagtgacccagagaggtctcaacccagagacgatgaaacagaatcc
gttactgagagcgaagaagaagaaaacagtgagaacaatccagaggatagtgaatatgcc
ccccgatatctccccatagccgtaagtcaccccaccacactcaggactgcaaaactcgag
gcccccatgttagatctgaaagaaacggtccaggctttatcaaggggggacatttatgat
gagtcccacatagccagagactttatccaggccgcccaggccaagatggtgaatgtattg
ggcataaagctgaaaggtgatgcttctgagctgttcagggcgagcaagtcccacgagggc
tcccagccgccccattctgagcagatacacacgggcgggcccgccagcctcatcggatcc
agttacggaggaaccatcaatatcaccacttcgcccgagggaatgcaggggccctccatc
cctacagggggccatctcacacccaccagcgctgacaatctggtctccttctctgtcacc
gtcacaaccatcccatccagccacatcgtagactcaagtgatcacgaccaacccgtttct
gtccaggccttcaccgaggaccccggcagggacacggccccttccaaatgctactgtcga
ctgaaagccatgatcatttgtaaaggctgtggcgccttctgccacgacgactgcattggg
ccctcgaaactctgcgtctcctgcctggtggtgcggtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

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