KEGG   Xenopus tropicalis (tropical clawed frog): 100038161
Entry
100038161         CDS       T01011                                 
Symbol
mga
Name
(RefSeq) MAX gene-associated protein
  KO
K23399  MAX gene-associated 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
    100038161 (mga)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xtr03036]
    100038161 (mga)
Chromosome and associated proteins [BR:xtr03036]
 Eukaryotic type
  Histone modification proteins
   Polycomb repressive complex (PRC) and associated proteins
    Noncanonical PRC1 (PRC1.6)
     100038161 (mga)
   Other histone modification proteins
    100038161 (mga)
SSDB
Motif
Pfam: T-box MGA_dom HLH
Other DBs
NCBI-GeneID: 100038161
NCBI-ProteinID: XP_012824488
Xenbase: XB-GENE-492360
UniProt: A0A803K913
Position
8:complement(105126100..105181811)
AA seq 3054 aa
MEKPPNSFPREECGSKSITTPAYFVILQQSQGNGKKEEGIVVANRDVSSVAPVMSSGHDK
SKSKTFLSAECKSGNITVTLDNNNMWNEFYRCSTEMVLTKQGRRMFPYCRYWISGLDPYQ
KYILVMDISPMDNHRYKWNGKWWEAGGKSEPHVLGRVFIHPESPSTGQYWMHQPVSFYKL
KLTNNILDQEGHIILHSMHRYLPRLHVVPANQSTEVIQLNGPDVHTFTFPQTEFIAVTAY
QNFQITQLKIDCNPFAKGFREGAMTGKPVKEAKSKNSDQENDSQGPQPHNDSESILRLRE
LFRAPENSDGETDPEAFNAEHDFFNCKDSRLSNPDTPRIQSDGLNSPAQTGIGSSPSVAS
SLDPKGQPNIVIKEEPVDDYDYDYGKEQPTGAINVKQESEEEETDEYSNSDDEYPILERH
FSQFRKQPHSERKRSKSSPSGVAKAKMLKLDSGKLPVVYLESCSVAKSTLGVSTLEKTIT
REKLQRLLAECRPPPEREPFTRKHITREAIKRDSNKENFQKLSKNKDDTLQITVSSSQVL
NVGRNKTPIVLTKTTPNQTTKLKNNSSPPVKSKRGRPRKQKQDKDVHLAKISGPVQAEQP
LPDVNPDLEDVDGVLFVAFSSKEALDVHTDGNKKRDLSSSFLAPPASGEKATINKIRALE
KQLVEDLQLMKYNQVIHPALQQVGLKLNIVDPTVTIDLRYLGVQLPLPYMSRNVTWDSYE
SCAQASRSPFVSRTGKTMDYTKIKGWKDKFSNSMPSSSNNHSSKPVISGKSPDSSLKNRS
AFCSDELDEYLENEARLMETSGGITQNEPEPSAISQLPAVSTSSVKTIHTVLKKLISLPS
PSSKASKPHAKRKRTKTPCKASTPKIKAKGKQSLEFENIRDNPVASETGMTSIKPSQESD
QVIPGIPSLVPSIEETLLPSIRQVQLPNQQPQLRPFGFSKSHMKLLDMEENTLWKGKSRT
YITEERADTCLVVLLTAQASLKNKPIHKVVRKQISPCNKLFCRLGCVCQSLNNKEHNFAH
CRHADCMLECSCIQEKQLLEKDKIDIKMECTEKLTEKECFCMKSSTECMEQPLEKVGIDI
KSSMQCTKHLLEKDVSNIRNLAECMEQLSENNGIDIDSSADCMEQTANQENPYSLSTRDS
EEVLRTREQAKKRLKSNSAESSQQNIYPLPLEQFPIWKIWEDDADPEPICIPKQSELEEC
KVRMPQTEQLQSEKHTPPGTSKACGGSSHHMVHKDEVDPVYMFFDSLMTCARVRTYERKP
PEEKAKLEQCNYESPDASEQDKRSKSRDKNKIKDIIDYIDKNTHKSECCAPTKLIEIISD
CSWEEDRSKILNIVSQHMNKSDPQSFKVGSFNIELTSESKGGDNATTSAYSSRVKISMVP
GQMKEKDSEKLVKWKTEQIKLPERKLPEPNLEAEQLQKSHGGKGLPFYTKIIPAGKLVAR
LKNPNDSESDLIQVNGKYYPQAKILLGQMGALHPANRLAAYITHRLRPGLFSLSKLNEVK
VNALSKDEKTASSSVEGKFKENIAATLNVKQPTPRNIVPQPALSTTLTQLILNEVGTLQQ
KTSEINSSGTQKIAHETSPSLLVVTSMASGKQASAICTNPSTINLTNLAGVGTVSPSRDK
ALPSMPTLISVTKLLPKDTPVSVPPGLVVAASGGSTQTASVTSFTRPKESLAPLPSLIAS
PLVKTLPSSTLTTSTVSLSGTSTSIAPQLAPKLAPTSTVRTLGSVSSLAGTNAMPTLTLK
PAVPQTPGQVPRPSVLPTGLENRLGPRLLLIPVQSGSTPVRPVQPMPQTPGQKMILQPIR
SPGKLNLFRHPNGQIIQLVPLQQVRATNVQPSSQSLVRNPGAVTSVRLALQTKSATAPTP
TVSASVPSVSVSAGSVGSLSKISPVTTAGSVAPLAPPFLSQVGTQKLRIVPPGTGNSEIQ
SNSEVITSEGQSVSSTNVLPLRSGSFALLKLPFQKAEPSTSSDISTSQTSKTLINTDSKS
SMPSRIQGDQKLVDDTVLSSLDSTKCDNKDPGFGDFTGTISDVSGQVHMSDKTSTSLDQS
SITKPVKKMFDIKDSSEDKQHSIEVGDKSKEDKQHSTEVCDESKEDKLHGIEGNDDKSKE
DKLHGIEGNDDKSKEDKQHGIEGNDDKSKEDKQHGIEENDDKSREDKQHGIEENDDKSRE
DKQYSIEENDDESRQGKQRGIEENNDKSREDKQHGIEENDDKSKDDKQHGIVENDDKSKE
DKQHGIEDNDDKSKDDKQHGIEENDDKSKEDKHHGIVENDDKSKEDKQCGIEEQDKSIDD
KQHGIEKHEKNKHPTDDLKSPEAGDEILLTANSETLTQGPVETLSQCDVDQRISAEEQKP
VTESDQEASETCFLEENPEDSSISKEIYEYNERPDSVESVITDDSRKDHDVGGYIHSDTS
LDKESSEIDEAVDIETVEELSEKINIARLKASASNKYSSDKCSTHSEYLKARKKVSKDGD
MFMREIEEDPNEFHRRTHTANERRRRNEMRDLFEELKNALGLHNLPKVSKSYILKQAIEE
IEGLTDLADTLIRKKTLLSQRQTHLVKKVSNLSGKPKEVVLKKLEYIVAKQKAVEAERKK
KNLEEDIALHKASMINAPLPKKIPFPPMSKEEPATVQFSGKSKKPIILAKKPSQAIESKS
PQQISITASNLLMTPQGQLVTLKNPVVPGQVATVPPFQAEISPQVAGAGIASVVIQLPGT
IQVKGLLGNASIPITLAAVPNTTITGVPPPTTEAERDDLSMMPKIVNVTSLANESSVDLD
GSVSTPESSRNYSKCPLTDGSSDCAATSGQGDTVTESIQKDSSATPAASPSPIHLGGAEE
SLSQIPSDLSDCIESSMIEHITHKRFSQNKNEMPGGLIDVIGDQEDTDETITSLLNELAF
LNQQLNTDDLDSGSDFPGSETASRGSASRFTDGDSSPFSFGRLKDLSEIKEKNVSLSPLF
LHLEEGEIQEGVRQIEEPETVTFLGSSSKESLSPADGKACSGQDTSASVSSTEKSANQEA
MWRPMPKLAPLGLKAAATSSDQNAHGSRCMPILAPVTMRLSPPKSTLSEEQSKT
NT seq 9165 nt   +upstreamnt  +downstreamnt
atggagaaacccccaaactcttttcccagggaagaatgtggcagtaagtcaataacaacg
ccagcttatttcgtcattcttcagcagtcgcaaggcaatggcaaaaaggaggaaggaatt
gttgtagccaaccgggatgtttcttctgttgctccagtcatgtcatcaggacatgacaaa
tcaaaatctaaaaccttcctttcagctgagtgcaaatcaggaaatattacagtgacactt
gataataataatatgtggaatgaattttaccgctgcagtacagagatggttttaacaaaa
caaggcagacggatgttcccctactgccgctactggatatctggcttagacccatatcag
aaatatatacttgtcatggacattagtccaatggacaaccatcgatacaagtggaatggt
aaatggtgggaagcaggtggcaaatctgagccacatgtcctgggcagggtttttatccac
cctgaatctccatctactggacagtattggatgcaccaaccagtttctttttataagctc
aagctaaccaataatattttggatcaagagggtcacatcatcttacactccatgcaccgc
tatcttccacgcttacatgtggtacccgccaaccagtccactgaagtaattcaacttaat
ggaccagatgtccacacatttacttttccacagacagaatttatagctgtaacagcatac
caaaactttcagattactcagcttaaaattgactgcaacccttttgccaagggctttagg
gaaggggctatgacaggaaagccagtgaaagaggcaaaatcaaaaaactctgatcaagaa
aatgattctcaaggtcctcaaccccataatgattctgagagcatacttaggttgagagag
ctattcagggctccagaaaactctgatggggaaactgatcctgaagcgttcaatgctgag
catgatttcttcaattgtaaggattcacgcttgtcaaatccagatactccacgcatccaa
tcagatggtctaaacagtcctgcgcaaactggtattggaagcagtccttctgtagcctct
tctttggatcccaaaggacagcctaatattgtaatcaaagaagaacctgttgatgattat
gattatgattatggtaaggagcaacccaccggggccataaatgtgaaacaagaatctgaa
gaggaagaaacagatgagtattcaaacagtgatgatgaataccccatactagagaggcat
ttttcacagttcaggaaacaaccccacagtgagcgaaaacgttctaagagtagtccttct
ggagttgctaaagcaaaaatgttaaaacttgatagtggaaaactgcctgtggtctacctg
gagtcgtgttctgtagctaaaagtactctaggtgtatccaccttggaaaagaccataact
cgggagaaactgcaaagattgctggcagaatgtagaccacctcctgagagagagcccttt
actagaaagcacataaccagggaagcaattaaaagagattcaaataaagaaaacttccaa
aagctaagtaaaaacaaagatgacactctgcaaattactgtaagcagctcgcaagtttta
aatgttggacgtaataaaactcctattgttcttaccaagactacaccaaatcaaactaca
aagttaaaaaataactcctcaccaccagtaaaaagcaaacgaggcaggcctcgcaagcaa
aaacaggataaggatgtgcacctcgctaaaatcagtggccctgtccaggcagaacagcca
cttccagatgttaatccagacctggaagatgtggatggtgtcctgtttgtagcattttct
tcaaaagaagcacttgatgttcatacagatggtaacaaaaagagagatctgtcatccagt
tttttagcaccaccagcaagtggggaaaaagccaccataaacaaaattagagctcttgaa
aagcagcttgtggaagatcttcaactaatgaaatacaaccaagtcattcacccagcacta
cagcaagtggggctgaaactgaacattgtggaccctaccgtgaccattgatctgcgatac
ttaggagtacaacttcctttaccatatatgagcagaaatgtgacttgggatagctatgaa
tcatgtgctcaagcttctagatctccatttgtttccagaactggcaaaacaatggattac
acaaagataaaaggctggaaggataaattctcaaattccatgccatcctcttctaataat
catagttcaaaaccagtgatcagtggtaagagccctgacagctctttgaaaaatcgctca
gctttctgtagtgatgaattagacgaatatcttgagaatgaggccagattaatggagact
tctggtggcattacacaaaatgagccagagccatcagctattagccagcttccggctgta
agtacaagttctgtaaagaccattcatactgtgctaaagaagctaatttctctgccatca
ccttcctcaaaagcatcaaaaccccatgcaaaaagaaaacgaaccaagacaccatgcaaa
gcttcaacaccaaaaataaaagcaaagggaaaacaatccttggagtttgagaatataaga
gacaatcctgttgcttctgaaactggtatgacctctattaagccttctcaggaatcggat
caggtcattccagggatacccagccttgtaccatccatagaagagaccttgttgcctagt
ataaggcaagtccagctgccaaatcagcaaccccaattacgaccttttggattttccaag
tctcacatgaaacttttggatatggaggaaaataccctctggaaaggaaaatcacgcact
tacattacagaggagcgtgcagatacatgtttagttgtcctcctcactgcacaggcttct
cttaaaaacaaaccaattcacaaagttgttcggaaacaaatttctccatgcaacaaattg
ttctgccggctgggttgtgtgtgccagagtcttaataataaggagcacaattttgctcac
tgccgccatgctgactgcatgcttgaatgttcatgcatacaagaaaaacagcttctagaa
aaagataaaattgatatcaaaatggagtgcacagagaaacttacagaaaaagagtgtttc
tgtatgaaaagctcaacagaatgcatggaacagcctctggaaaaggttgggatagatatc
aaaagctcaatgcagtgcacaaaacaccttctagaaaaagatgtgtccaacatcagaaac
ttagcagagtgcatggaacagctttcagaaaataatggaatagacattgacagttcagca
gactgcatggaacaaacagccaatcaagaaaacccttattccctttcaacaagagattct
gaagaggttctaagaaccagggaacaagccaaaaaaagactcaaaagcaactctgcagag
agcagccagcagaatatttaccctttgcctctagaacagtttccaatttggaagatatgg
gaagatgatgcagatcccgagccaatatgtattccaaaacagtctgagttggaggaatgc
aaagtccgaatgccacaaactgaacagctgcagtccgaaaaacacacaccccctggcacg
agtaaagcttgtggaggatcctcgcaccatatggtccataaagatgaagtagacccagtc
tacatgttttttgatagcttgatgacatgtgctagagtaagaacctatgaacgcaagcct
ccagaagaaaaggcgaagctggaacagtgcaattatgaatcacctgatgccagtgaacag
gataaacgatctaagagtcgtgataagaataaaataaaggatataatagattacattgat
aaaaatacccataagtcagagtgttgtgctccaaccaagctcattgagattatatcggac
tgcagttgggaggaggatcgcagcaagattcttaacattgtctctcagcatatgaacaaa
agtgatcctcagtccttcaaggttggtagctttaatattgaactgacttcagaaagtaaa
ggtggcgacaatgctacaacctctgcgtattcttcaagagtaaagatatcaatggtccca
ggccaaatgaaagaaaaagattcagaaaagttagtgaagtggaagacggaacaaataaag
cttcctgaacgtaagctaccagagcccaatctcgaggcagaacagctacagaaatctcat
ggaggaaaaggtttgcctttctacacaaagatcattccagctggcaagctagttgcccgg
cttaaaaatccaaatgacagtgaatcggatctcattcaggtgaatggaaaatattatcct
caggctaaaattcttttgggacaaatgggagcacttcatccagccaatcgtcttgcagct
tacattactcacaggctgcgtccaggcctcttcagcctttctaaactgaatgaagtaaaa
gtcaatgccctatcaaaagatgaaaaaacagcttccagtagtgttgaagggaagtttaaa
gaaaacattgcagcaactctgaatgttaaacaacccacaccaagaaatattgttccacaa
cctgccctcagtaccacattgactcagttaattttaaatgaagttggaactcttcagcag
aaaacctcagaaataaactcatctgggacacagaagattgcccatgagacttctccatca
ctgctagttgttacatcaatggcctcaggaaagcaagcttcagctatctgcactaatcct
tctacaattaatttaacaaatctggctggcgtaggcacagtatcaccatcacgagataaa
gccttaccttcaatgccaactcttataagtgttactaaactattaccaaaggacactcct
gtctctgttcccccagggctagtagtagctgcctcaggtggaagtactcagactgcaagt
gtaacatcctttacgagaccgaaagagtcacttgcacctcttccatctttaattgcttca
cccttagtaaaaactttgccctcttctactttaactacatccacagttagtctctctggt
acttccacaagcattgctcctcagctggcaccaaaactggcacctacatcaactgtaagg
actcttggatcagtctcttccctggctggtactaatgctatgcctacactaactctaaaa
ccagctgtaccccagacccctggtcaagttccaagaccatcagttttgcctactggatta
gaaaaccgactgggacctcgactcctacttattccagttcagtctggctccacgcctgtc
cgtccagtgcagccaatgccacaaaccccaggacaaaagatgattttgcagcctatccga
agccctggaaagcttaatttattcagacatcctaacggacagattatccaacttgtccct
ttgcaacaagttcgtgccactaatgtacagccaagcagtcagtcacttgtccgtaatcca
ggggctgtaacgagtgtccgtcttgcacttcagactaaaagtgctactgcaccgactccc
actgtatcagcatcagtgccttctgtctctgtttcagctggctcagttggatctctttca
aagattagcccggttacaactgcaggctcagttgctcctttggcaccaccctttttgtcg
caggtcggcacgcaaaaactacggattgtcccaccaggaactggcaattctgaaattcag
tctaattctgaagtaataacctctgagggacagtctgtaagctctactaatgttttgccc
cttcggtctggaagctttgccttattaaaactaccctttcagaaagctgaacccagtaca
tcctctgacatttctacatcccaaacaagtaaaactttgataaatacagacagtaaatcc
tcaatgccttctagaattcaaggggatcagaagttggttgatgacactgtacttagttct
ttggattccacaaagtgtgacaacaaagatccagggttcggtgattttacaggaaccatc
agtgacgtttctgggcaagttcatatgtcagataaaaccagcacatctctagatcaaagc
agcatcaccaaacctgtaaagaaaatgttcgatataaaggattcttctgaagacaagcag
catagtattgaggtaggggataaaagcaaagaagacaagcaacatagtactgaagtatgt
gatgaaagcaaagaagacaagctacatggtattgaaggcaatgatgacaaaagcaaagaa
gacaagctacatggtattgaaggcaatgatgacaagagcaaagaagacaagcaacatggt
attgaaggcaatgatgacaaaagcaaagaagacaagcaacatggtattgaagagaatgac
gacaaaagcagagaagacaagcaacatggtattgaagagaatgacgacaaaagcagagaa
gacaagcaatacagtattgaagaaaatgatgacgaaagcagacaaggcaagcaacgtggt
attgaagagaataatgacaaaagcagagaagacaagcaacacggtattgaagagaatgac
gacaaaagcaaagatgacaagcaacatggtattgtagagaatgacgacaaaagcaaagaa
gacaagcaacatggtattgaagataatgacgacaaaagcaaagatgacaagcaacatggt
attgaagagaatgacgacaaaagcaaagaagacaagcaccatggaattgtagagaatgac
gacaaaagcaaagaagacaagcaatgtggtattgaagaacaggacaaaagcatagatgac
aagcaacatggtattgaaaaacatgaaaaaaacaaacacccaacagatgatttaaagtcc
ccagaagctggagatgagattctgctaacggctaactctgaaacacttacacagggccct
gtagaaactctgtcgcaatgtgacgtagaccagagaatatctgcagaggaacagaagcca
gtaacagagtctgaccaggaggcatctgagacatgtttcttggaggaaaaccctgaagat
tctagtataagcaaggaaatatatgaatacaatgaaaggcctgattctgttgaatctgta
ataactgatgactcaagaaaagaccacgatgttggtggctacatacacagtgacacaagt
ctggataaggaaagtagtgaaatagacgaggcagtggacattgaaacggtggaagaactt
tctgagaagataaacattgctcgtctcaaggcatcagcaagcaacaagtattcctcagac
aaatgcagcacccattctgagtatttgaaagcacgcaagaaggtatcaaaggatggagat
atgttcatgagggaaatagaagaagatcctaatgagtttcatcgtcgtacacacactgca
aatgaacgaagacgcagaaatgagatgagggacctgtttgaggagctgaaaaatgcgctt
gggttgcacaatcttccaaaggtttcaaagagctatatccttaaacaggctatagaggaa
atcgaagggctaacagacctagcagatacgctgatcaggaagaaaaccctcctctctcag
agacaaactcatttagtcaaaaaagtgtcaaatctctcaggaaaaccaaaagaggttgtt
ttgaaaaagctggaatatatcgttgccaaacagaaagctgtagaagcagaaaggaagaaa
aagaatttagaggaggatattgctctgcataaagcatccatgataaatgcccctcttcca
aagaaaatacctttcccacccatgagtaaggaggagccagctactgtacaatttagtgga
aagtcaaagaagcctataattcttgcaaaaaaaccatcacaggctattgaaagcaaatcc
ccacagcagatctccataactgcatcaaacttgttaatgacacctcaaggacaactggtc
acactaaagaatcctgtagtgccaggacaagtggctactgtaccaccatttcaggcagaa
attagcccacaggttgctggagcaggtatagcttctgtagtgattcagcttccagggact
atacaagtgaaagggctacttggtaatgcatcaatacccatcactttagctgctgtgcct
aatactaccattactggtgttccaccacctactacagaagcagaaagggatgatttatcc
atgatgccaaagattgtgaatgtaacatccctagctaatgaatcgtcagtcgatttggat
ggaagtgtatcaactccagaatccagcagaaattattcaaagtgccctctaacagacggg
tcttcagattgtgctgccacatcaggacaaggagacacggttacagaatccattcagaaa
gactccagcgctaccccagctgcctcaccatcacccattcacttaggtggggcagaagaa
agtctttcacagataccaagtgatttatcagactgcatagagtctagtatgatagaacat
atcacacataagcgatttagccaaaacaagaatgaaatgcctggtgggttaatagatgtc
attggcgatcaagaagacacggacgaaacaattacttccctacttaatgagcttgctttt
cttaatcagcagttaaacactgatgatttagattctggctcagactttcctgggtcagaa
acagcttcacgaggtagtgctagcagatttacagatggtgattcatctcccttttccttt
ggccggttaaaggatttatctgaaattaaagagaagaatgtctccctcagtcctctcttc
ctgcacctggaagagggagagatccaagagggagtaagacaaattgaggagcctgaaacg
gtaacatttctaggaagctcaagcaaagaatccttgtctcctgcagatgggaaggcttgc
agtggccaggacacttctgctagtgtttcatcaactgaaaagtctgccaaccaagaagca
atgtggagaccaatgcccaagttggcaccccttggacttaaagctgctgccacgtcatct
gaccaaaatgcacatggcagtcgatgcatgccaatactggcacccgtaacaatgagatta
agtccaccaaaatcgacattgtcagaagaacagagtaagacgtag

  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 (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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