KEGG   Mus musculus (house mouse): 29808
Entry
29808             CDS       T01002                                 
Symbol
Mga, C130042M01Rik, D030062C11Rik, Mad5
Name
(RefSeq) MAX gene associated
  KO
K23399  MAX gene-associated protein
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu03083  Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    29808 (Mga)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mmu03036]
    29808 (Mga)
Chromosome and associated proteins [BR:mmu03036]
 Eukaryotic type
  Histone modification proteins
   Polycomb repressive complex (PRC) and associated proteins
    Noncanonical PRC1 (PRC1.6)
     29808 (Mga)
   Other histone modification proteins
    29808 (Mga)
SSDB
Motif
Pfam: T-box MGA_dom HLH
Other DBs
NCBI-GeneID: 29808
NCBI-ProteinID: NP_038748
MGI: 1352483
Ensembl: ENSMUSG00000033943
UniProt: A2AWL7 E9QLG3
Position
2:119702974..119800610
AA seq 3042 aa
MEEKQQIILANQDGGTVTGGAPTFFVILKQPGNGKTDQGILVTNRDARALLSRESSPGKS
KEKICLPADCTVGKITVTLDNNSMWNEFHNRSTEMILTKQGRRMFPYCRYWITGLDSNLK
YILVMDISPVDSHRYKWNGRWWEPSGKAEPHILGRVFIHPESPSTGHYWMHQPVSFYKLK
LTNNTLDQEGHIILHSMHRYLPRLHLVPAEKATEVIQLNGPGVHTFTFPQTEFFAVTAYQ
NIQITQLKIDYNPFAKGFRDDGLSSKPQREGKQRNSSDQEGNSVSSSPAHRVRLTEGEGS
EIHSGDFDPVLRGHEASSLSLEKAPHNVKQDFLGFMNTDSTHEVPQLKHEISESRIVNSF
EDDSQISSPSNPNGNFNVVIKEEPLDDYDYELGECPEGITVKQEETDEETDVYSNSDDDP
ILEKQLKRHNKVDNLEADHPSYKWLPNSPGVAKAKMFKLDAGKMPVVYLEPCAVTKSTVK
ISELPDNMLSTSRKDKSMLAELEYLPAYIENSDGTDFCLSKDSENSLRKHSPDLRIVQKY
TLLKEPNWKYPDILDNSSTERIHDSSKGSTAESFSGKEDLGKKRTTMLKMAIPSKTVTAS
HSASPNTPGKRGRPRKLRLSKAGRPPKNTGKSLTAAKNIPVGPGSTFPDVKPDLEDVDGV
LFVSFESKEALDIHAVDGTTEEPSSLQTTTTNDSGCRTRISQLEKELIEDLKSLRHKQVI
HPALQEVGLKLNSVDPTVSIDLKYLGVQLPLAPATSFPLWNVTGTNPASPDAGFPFVSRT
GKTNDFTKIKGWRGKFQNASASRNEGGNSEASLKNRSAFCSDKLDEYLENEGKLMETNIG
FSSNAPTSPVVYQLPTKSTSYVRTLDSVLKKQSTISPSTSHSVKPQSVTTASRKTKAQNK
QTTLSGRTKSSYKSILPYPVSPKQKNSHVSQGDKITKNSLSSTSDNQVTNLVVPSVDENA
FPKQISLRQAQQQHLQQQGTRPPGLSKSQVKLMDLEDCALWEGKPRTYITEERADVSLTT
LLTAQASLKTKPIHTIIRKRAPPCNNDFCRLGCVCSSLALEKRQPAHCRRPDCMFGCTCL
KRKVVLVKGGSKTKHFHKKAANRDPLFYDTLGEEGREGGGVREDEEQLKEKKKRKKLEYT
VCEAEPEQPVRHYPLWVKVEGEVDPEPVYIPTPSVIEPIKPLVLPQPDLSSTTKGKLTPG
IKPARTYTPKPNPVIREEDKDPVYLYFESMMTCARVRVYERKKEEQRQLSPPLSPSSSFQ
QQSSCYSSPENRVTKELDSEQTLKQLICDLEDDSDKSQEKSWKSSCNEGESSSTSYVHQR
SPGGPTKLIEIISDCNWEEDRNKILSILSQHINSNMPQSLKVGSFIIELASQRKCRGEKT
PPVYSSRVKISMPSSQDQDDMAEKSGSETPDGPLSPGKMDDISPVQTDALDSVRERLHGG
KGLPFYAGLSPSGKLVAYKRKPSSTTSGLIQVASNAKVAASRKPRTLLPSTSNSKMASSG
PATNRSGKNLKAFVPAKRPIAARPSPGGVFTQFVMSKVGALQQKIPGVRTPQPLTGPQKF
SIRPSPVMVVTPVVSSEQVQVCSTVAAAVTTSPQVFLENVTAVPSLTANSDMGAKEATYS
SSASTAGVVEISETNNTTLVTSTQSTATVNLTKTTGITTSPVASVSFAKPLVASPTITLP
VASTASTSIVMVTTAASSSVVTTPTSSLSSVPIILSGINGSPPVSQRPENAPQIPVTTPQ
ISSNNVKRTGPRLLLIPVQQGSPTLRPIQNPQLQGQRMVLQPVRGPSGMNLFRHPNGQIV
QLLPLHQIRGSNAQPSLQPVVFRNPGSMVGIRLPAPCKSSETPSSSASSSAFSVMSPVIQ
AVGSSPTVNVISQAPSLLSSGSSFVSQAGTLTLRISPPETQNLASKTGSESKITPSTGGQ
PVGTASLIPLQSGSFALLQLPGQKPIPSSVLQHVASLQIKKESQSTDQKDETNSIKREEE
TKKALPSKDKALDSEANIMKQNSGIIASENTSNNSLDDGGDLLDEETLREDARPYEYSYS
TGSHTDEDKDGDEDSGNKNQNSPKEKQTVPEVRAGSKNIDIMALQSIRSIRPQKCVKVKV
EPQEGSDNPENPDDFLVLSKDSKFELSGNQVKEQQSNSQAEAKKDCEDSLGKDSLRERWR
KHLKGPLTQKYIGISQNFNKEANVQFFTEMKPCQENSEQDISELLGKSGTIESGGVLKTE
DGSWSGISSSAAFSIIPRRATKGRRGSRHFQGHLLLPREQMKPKQQTKDGRSSAADFTVL
DLEDEDEEDEKTDDSLDEIVDVVSGYQSEEVDVEKNNYVDYLEDDEQVDVETIEELSEEI
NFPYKKTTATHTQSFKQQCHSHISADEKASEKSRKVSLISSKLKDDCWGDKPHKETEAFA
YYRRTHTANERRRRGEMRDLFEKLKITLGLLHSSKVSKSLILNRAFSEIQGLTDQADKLI
GQKNLLSRKRSILIRKVSSLSGKTEEVVLKKLEYIYAKQQALEAQKRKKKLGSDEFCVSP
RIGTQLEGSSASSVDLGQMLMNNRRGKPLILSRKRDQATENASPSDTPHSSANLVMTPQG
QLLTLKGPLFSGPVVAVSPALLEGGLKPQVASSTMSQSENDDLFMMPRIVNVTSLAAEED
LGGMSGNKYRHEVPDGKPLDHLRDIAGSEASSLKDTERISSRGNHRDSRKALGPTQVLLA
NKDSGFPHVADVSTMQAAQEFIPKNMSGDVRGHRYKWKECELRGERLKSKESQFHKLKMK
DLKDSSIEMELRKVASAIEEAALHPSELLTNMEDEDDTDETLTSLLNEIAFLNQQLNDDS
GLAELSGSMDTEFSGDAQRAFISKLAPGNRSAFQVGHLGAGVKELPDVQEESESISPLLL
HLEDDDFSENEKQLGDTASEPDVLKIVIDPEIKDSLVSHRKSSDGGQSTSGLPAEPESVS
SPPILHMKTGPENSNTDTLWRPMPKLAPLGLKVANPPSDADGQSLKVMPALAPIAAKVGS
IGHKMNLAGIDQEGRGSKVMPTLAPVVPKLGNSGAPSSSSGK
NT seq 9129 nt   +upstreamnt  +downstreamnt
atggaagagaaacagcaaatcatattggccaatcaagatggagggacagtgacaggagga
gcacctaccttctttgtcatcctaaagcagccaggaaatggcaaaactgatcaaggaatt
ttagttactaatcgagatgcccgtgctttgttgagtagggagtcatcaccaggaaaatct
aaagagaaaatttgccttccggctgattgtactgtgggaaaaatcacggttacccttgat
aacaatagtatgtggaatgagttccataatcgaagcacagagatgattctgaccaaacag
ggaagacgcatgtttccttattgtcgatattggataacaggcttagattcaaatttaaag
tatatccttgtaatggacatatctcctgtggatagtcatcggtataagtggaatggtcgt
tggtgggaacccagtgggaaggctgaaccccatattttggggagagttttcattcatcca
gaatctccttctacaggtcattattggatgcatcaaccagtgtctttctataaactcaaa
cttactaacaatacactggaccaggaaggacatattatcttgcactctatgcatcgttat
ctgccaaggcttcatttggtgccagcagaaaaggctacagaagtgatacagttaaatggc
cccggtgttcatacttttactttcccccagactgaattctttgcagtaacagcttatcag
aacattcagattactcagttgaaaatagattacaatccttttgccaaaggctttcgggat
gatgggttgagcagtaagcctcagagagaaggaaaacagaggaatagctccgatcaagaa
gggaatagtgtttctagttctcctgctcatcgtgttcgtcttacagaaggtgaagggtca
gagatacattcaggtgattttgatcctgtgttaaggggtcatgaagcatcaagcttaagt
ttagagaaggctccccataatgtaaaacaagactttcttggatttatgaatactgattcg
acacatgaagttcctcagttgaaacatgagatttctgaaagtcgtattgtgaacagtttt
gaagatgattcccagatttcctcaccatcaaacccgaatggaaactttaatgtcgtcatt
aaagaagagcctctagatgattatgattatgaacttggtgaatgcccagaagggataaca
gtgaaacaagaagagacagatgaggaaacggatgtatactcaaacagcgatgacgatcct
atactagagaaacaactaaagaggcacaataaagttgataatttagaagctgaccatcca
tcttataaatggctaccaaatagcccaggtgttgctaaagctaaaatgtttaaattagat
gctgggaaaatgccagtagtttacttggagccctgtgctgtcacgaaaagcacagtgaaa
atttctgaattgcctgataatatgctctccacttctcgaaaagataaatctatgttagca
gaattagaatatttgcctgcgtatattgaaaattctgatgggactgacttttgcttaagc
aaggattcagaaaatagtctcagaaaacattcaccagatctcagaattgtacaaaaatat
actttacttaaagagcctaattggaaatacccggacatacttgacaacagtagcacggaa
agaatacatgacagttccaaaggatcaactgcagagtcattttcaggaaaagaggactta
ggcaaaaagcgaacaacaatgcttaaaatggcaataccatcaaagactgtgactgctagt
catagtgcctctccaaatactcctgggaaaagaggaagaccgagaaagttgagactctct
aaggcagggcgaccacctaaaaacacagggaaatctttaactgctgccaagaatattcct
gtaggccctggaagcacctttcctgatgtgaaacctgatctagaagatgtggatggggtg
ctctttgtttcctttgaatcaaaggaggctcttgatattcatgcagttgatgggacaaca
gaagaaccttctagtcttcagaccacaaccacaaatgattcaggttgcagaacaagaatt
tcccagttggaaaaggaattaatagaagatttgaagtctttgaggcataagcaggtgata
catcctgctcttcaagaagtgggcttaaaactgaattcagtggatccaacagtgagcatt
gatcttaaatacttgggagtacaattgcctttggctccagccaccagctttcccctatgg
aatgttacaggtaccaaccctgcctcacctgatgctgggtttccttttgtttctaggacg
gggaagaccaatgactttaccaaaatcaagggatggagaggaaaatttcaaaatgcttct
gcatctaggaatgaaggtggaaattcagaggcttcactgaaaaaccgttctgctttctgt
agtgataagctagatgagtacttggaaaatgaaggcaaattgatggaaacaaacataggt
ttctcttcaaatgctcccacatctccagtagtgtaccagctacccaccaagagtaccagc
tatgttcgaactcttgatagtgtactaaagaagcaatctaccatttccccttctacctct
cactctgtgaagcctcagtctgtaaccactgcctctcgaaaaacaaaggctcagaacaaa
cagacaacactcagtggccgaactaaatcatcttataagtctattttaccataccctgtt
tcaccaaagcagaaaaactctcatgtgagccaaggagataaaattaccaagaattccttg
agttcgacctcagataatcaggtgactaacttggttgtgccatctgtagatgaaaatgca
tttccaaagcagattagtttgcggcaggcccagcaacagcaccttcagcagcaaggaact
cgccctccaggcttgtcgaaatctcaagtaaagcttatggacctggaagactgtgcactc
tgggaaggaaaaccaaggacctatattactgaagagcgagcagatgtctccttgacaact
ctgcttactgctcaggcatctctcaaaactaaacctatccacacaatcataaggaaacga
gctcctccatgcaacaatgacttctgtcgcctgggttgtgtgtgctctagtctagctttg
gaaaagcgccaacctgctcactgccgtcgaccagactgcatgtttggttgcacttgtttg
aaaagaaaagttgtgttggttaaagggggatctaaaacaaagcatttccataagaaggct
gctaatcgagatccattattttatgatacgctgggagaggaaggaagggaaggaggagga
gtcagagaagatgaggaacaattgaaggagaaaaagaagagaaagaagctcgaatacact
gtatgtgaagcagaacctgagcagccggttcgacattacccactgtgggtgaaggtagaa
ggtgaagtagatccagagccggtttatattccaactccttctgtcattgaacctataaaa
ccattggtgttgcctcagccggatttatcttctactacgaagggcaaactaacccctgga
attaaaccagcacgaacatatactcccaagcccaatcctgtgatacgagaagaggacaaa
gatccagtctatttgtactttgaaagtatgatgacttgtgcccgagttcgagtatatgaa
cgaaagaaagaggaacagagacaactgtctccacccctgtctccatcctcatcatttcag
cagcagagttcctgttactctagtcctgagaaccgtgttacaaaggaacttgattctgaa
cagaccttaaagcagctcatttgtgacttggaggatgattctgataaatcacaagaaaag
agctggaaatcctcctgcaatgaaggagagtcctcttctacctcgtatgtacatcagagg
tcacctggtggtcctaccaaattgatagagatcatctcagactgcaactgggaagaagat
cgaaacaagatcttgagcattttatctcagcacatcaatagcaacatgccacagtcactt
aaggtgggcagcttcatcattgagttggcttctcagcggaagtgtcggggtgagaagacc
cctcctgtttattcttctcgtgtgaaaatctctatgccatcaagtcaagaccaagatgat
atggctgagaaatctggatcagagactcctgatggtccattgtcccctgggaaaatggat
gatatctctcctgtgcagacagatgccctggattcagtgagggagagattacatggaggc
aaaggtctacctttttatgcagggctttctccttcggggaagcttgtggcctataaacgt
aaacccagttcaactacatctgggcttatccaggtagcatccaatgccaaggtggctgca
tccaggaaaccacgcaccctgttgccttcaacatccaattccaaaatggcatcctctggc
ccagcaacaaatcgctctgggaagaatctgaaggcatttgttccagcaaaaaggccaatt
gcagcgcggccctctcctggtggtgtgttcacacagtttgtgatgagcaaagttggtgcc
ttacagcagaagatacccggagttcgcacacctcaaccccttacagggccacagaagttc
agtatcaggccttctccagtaatggtcgtcacacctgtggtttcttctgagcaagttcag
gtgtgcagcactgtagctgctgctgtcactacttcccctcaagtgtttctagaaaatgtt
actgctgtgccatctctgactgctaattctgatatgggagctaaagaagctacatattct
tctagtgcctccactgctggggttgttgagatctctgaaactaataacactacccttgta
acatctacccagtctacagccactgtgaaccttaccaaaactactgggataactactagc
cctgtggcttcagtttcatttgctaaaccattggtagcatctccaaccataactcttcct
gttgcttccactgcctccacctccatagtcatggtgaccacagctgcatcttcctccgtg
gtgaccacacctacttcatcactgagttctgtacctattatactctcaggaattaatgga
agtccacccgtgagccagagaccagaaaatgcccctcaaattccagtgactactccacag
atctcttctaacaacgtgaaacgtactggacctcgattgttgttgattccagtgcagcag
ggttctcctacgcttagaccaatccaaaacccacagcttcagggacagcggatggtcttg
caacctgttaggggtccaagtggaatgaacctattcaggcaccccaatgggcagattgtc
caactcctacctttacatcagattcgaggctctaatgcccagcccagcttacagcctgtg
gtatttcggaacccaggatctatggtgggaatccgactaccagctccttgcaaatcttca
gagactccatcatcttctgcttcatcctctgccttctctgtcatgagtcctgtgattcag
gctgttgggtcttctccaacagtaaatgtcatttctcaggcaccttcactgctttcctct
ggatctagttttgtctctcaggctggtacactgactctgaggatctctcctcctgaaact
caaaaccttgcaagtaaaacaggctctgaaagcaaaataacacccagcactggaggacag
cctgtaggcactgctagcctcattcctctgcagtcaggtagttttgccttgttgcagctc
ccaggacaaaagcctatccctagctctgttcttcagcatgttgcttcccttcaaataaaa
aaggaatctcagagtacagaccagaaagatgaaacaaactctatcaaaagagaggaggaa
actaagaaagctctaccatcaaaagataaagctctagactctgaggctaatataatgaag
caaaactcaggaattattgcctcagaaaatacctcgaataattcattggatgatgggggt
gatcttttggatgaagaaacccttagggaagatgccagaccttatgaatactcttatagc
actgggtctcatacagatgaagacaaagatggtgatgaggactctgggaacaagaatcag
aacagtccaaaagaaaaacaaactgttccagaagttagagctggctctaaaaacattgat
attatggcactccaaagcatcagaagtatacggcctcaaaagtgtgttaaggtgaaggtt
gaaccgcaggagggatcagacaatccagagaacccagatgactttctagtcctttctaag
gacagtaaatttgaattatcggggaaccaagttaaggaacagcaatctaactcacaggca
gaggccaagaaggattgtgaagattctctggggaaggacagtcttagagagagatggaga
aaacacctaaagggccccttaactcagaagtacattggaatttcacagaactttaacaaa
gaggcaaacgttcagttctttacagaaatgaagccatgtcaagaaaattctgaacaggat
atctctgaattacttggaaaaagtggaactattgagagtggtggagttctaaaaactgag
gatggttcttggagtggcatttctagttctgcggccttctctattatccctaggagagct
acaaaaggaagaagagggagcagacattttcagggtcatttactgctcccaagagaacag
atgaaaccaaagcaacagacaaaggatgggagaagcagtgctgctgacttcacagttttg
gatctggaagatgaggatgaggaagatgagaaaactgatgattctcttgatgagattgtg
gatgttgtctctggctaccagagtgaggaggttgatgtagaaaagaataactatgtagac
tatcttgaggatgatgagcaggtggatgttgaaacaatagaagagctttcagaggaaatt
aactttccctacaagaagaccacagcaactcacacacagtccttcaaacagcagtgtcat
agccatatctctgcagatgaaaaagcttctgaaaagagtcgaaaggtttcattaatttct
tcaaaattgaaagatgattgctggggtgataaaccacacaaagaaacagaagcttttgca
tattaccgacggacacacactgccaatgagcggcgtcggcgtggtgaaatgagagatctt
tttgaaaaattgaagattacattaggattacttcattcttccaaagtttccaaaagtctc
attcttaatcgggcattcagtgaaattcaaggactaacagaccaggcagataaattgata
gggcagaaaaatctcctgagtcgaaaacgaagtattttaatacggaaggtatcgtctctt
tcagggaagacagaagaagtggtcctgaagaagctagagtatatttatgcaaaacaacaa
gcactagaagcacaaaaaagaaaaaagaagctggggtcagatgagttttgtgtgtccccc
agaattggcacacagctggagggatcttctgcatcatctgtagatcttggacagatgctc
atgaataacaggagggggaaacctttgattctttccagaaaaagagaccaggctacagaa
aatgcctcaccttctgacactccgcactcttctgccaacctggtaatgactccacaaggg
cagttgcttaccctaaaaggccccttattctcaggaccagtggtagcggtttctcctgct
ctcttagaaggtggtctgaagcctcaagttgcaagcagtactatgtctcagtctgagaat
gatgacttatttatgatgccacgaattgtcaatgtgacatcattggctgcagaggaagat
ttgggaggtatgagtggcaacaaataccgtcacgaagttcctgatggcaagccacttgac
cacctgagagacattgctgggagtgaagccagctccttaaaagatacagagagaatctct
tccagaggaaaccatcgagatagcagaaaggcactgggtccaacacaggtgcttttggca
aataaagattctgggtttccacatgtagctgatgtttccactatgcaggcagcacaggaa
tttatacctaaaaatatgtctggtgatgtgagagggcatcggtataaatggaaggagtgt
gagttgagaggagagagactaaagtcaaaggagtctcagtttcataaattaaagatgaaa
gatctgaaggactcaagcatagagatggaactgaggaaagtagcctcggctatcgaggaa
gcagccctccatcccagtgagctgctgactaacatggaagatgaggatgacactgatgag
actctgacttcactgctcaatgaaattgcttttcttaatcaacagctaaatgatgactct
ggcctagctgaactgtcaggttctatggatacagaattctcaggagatgctcagcgagct
tttatcagtaaacttgctcctgggaacagatcagctttccaagttggacacttgggagca
ggtgtgaaagagttgcctgatgtccaagaggagagtgaatccatcagccccctcctcttg
cacttggaagatgatgacttttctgagaatgaaaaacagcttggggacacagcctctgag
ccagatgtccttaagattgttattgaccctgaaataaaggattctcttgtttcccatagg
aaatctagtgatggagggcagagtacttctggtctccccgcagagcctgaaagtgtatct
tcacctcccatcttacacatgaagactggcccggagaacagcaacacagatactttgtgg
aggcctatgccaaagttggccccattaggtttaaaagtagctaatccccccagtgatgcc
gatggtcagagtctcaaggtgatgcctgccttggcacctatagctgccaaagttgggtca
attggacacaaaatgaatttagcaggaattgaccaggaaggccgggggagcaaggtgatg
cctacattggcacctgttgtacctaaattgggcaactctggagctccatcaagttcatca
gggaaatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (18)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (15)   
DNA sequence (58)   
   RefSeq(nuc) (18)   
   GenBank (20)   
   EMBL (20)   
Protein domain (3)   
   Pfam (3)   
All databases (130)   

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