KEGG   Mus musculus (house mouse): 20658
Entry
20658             CDS       T01002                                 
Symbol
Son, 2900011L12Rik, mKIAA1019, nrebp
Name
(RefSeq) Son DNA binding protein
  KO
K23718  protein SON
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:mmu03041]
    20658 (Son)
Spliceosome [BR:mmu03041]
 Other splicing related proteins
  Spliceosome associated proteins (SAPs)
   SR-related proteins
    20658 (Son)
SSDB
Motif
Pfam: G-patch RSRP DND1_DSRM G-patch_2 dsrm
Other DBs
NCBI-GeneID: 20658
NCBI-ProteinID: NP_849211
MGI: 98353
Ensembl: ENSMUSG00000022961
UniProt: Q9QX47 Q8C9T5 Q80TM4
Position
16:91444712..91476080
AA seq 2444 aa
MAADIEQVFRSFVVSKFREIQQELSSGRSEGQLNGETNPPIEGNQAGDTAASARSLPNEE
IVQKIEEVLSGVLDTELRYKPDLKEASRKSRCVSVQTDPTDEVPTKKSKKHKKHKNKKKK
KKKEKEKKYKRQPEESESKLKSHHDGNLESDSFLKFDSEPSAAALEHPVRAFGLSEASET
ALVLEPPVVSMEVQESHVLETLKPATKAAELSVVSTSVISEQSEQPMPGMLEPSMTKILD
SFTAAPVPMSTAALKSPEPVVTMSVEYQKSVLKSLETMPPETSKTTLVELPIAKVVEPSE
TLTIVSETPTEVHPEPSPSTMDFPESSTTDVQRLPEQPVEAPSEIADSSMTRPQESLELP
KTTAVELQESTVASALELPGPPATSILELQGPPVTPVPELPGPSATPVPELSGPLSTPVP
ELPGPPATVVPELPGPSVTPVPQLSQELPGPPAPSMGLEPPQEVPEPPVMAQELSGVPAV
SAAIELTGQPAVTVAMELTEQPVTTTEFEQPVAMTTVEHPGHPEVTTATGLLGQPEAAMV
LELPGQPVATTALELSGQPSVTGVPELSGLPSATRALELSGQSVATGALELPGQLMATGA
LEFSGQSGAAGALELLGQPLATGVLELPGQPGAPELPGQPVATVALEISVQSVVTTSELS
TMTVSQSLEVPSTTALESYNTVAQELPTTLVGETSVTVGVDPLMAQESHMLASNTMETHM
LASNTMDSQMLASNTMDSQMLASNTMDSQMLASSTMDSQMLASSTMDSQMLATSTMDSQM
LATSSMDSQMLATSSMDSQMLATSSMDSQMLATSSMDSQMLATSSMDSQMLATSSMDSQM
LATSSMDSQMLATSSMDSQMLASGAMDSQMLASGTMDAQMLASGTMDAQMLASSTQDSAM
MGSKSPDPYRLAQDPYRLAQDPYRLGHDPYRLGHDAYRLGQDPYRLGHDPYRLTPDPYRV
SPRPYRIAPRSYRIAPRPYRLAPRPLMLASRRSMMMSYAAERSMMSSYERSMMSYERSMM
SPMAERSMMSAYERSMMSAYERSMMSPMAERSMMSAYERSMMSAYERSMMSPMADRSMMS
MGADRSMMSSYSAADRSMMSSYSAADRSMMSSYTDRSMMSMAADSYTDSYTDSYTEAYMV
PPLPPEEPPTMPPLPPEEPPMTPPLPPEEPPEGPALSTEQSALTADNTWSTEVTLSTGES
LSQPEPPVSQSEISEPMAVPANYSMSESETSMLASEAVMTVPEPAREPESSVTSAPVESA
VVAEHEMVPERPMTYMVSETTMSVEPAVLTSEASVISETSETYDSMRPSGHAISEVTMSL
LEPAVTISQPAENSLELPSMTVPAPSTMTTTESPVVAVTEIPPVAVPEPPIMAVPELPTM
AVVKTPAVAVPEPLVAAPEPPTMATPELCSLSVSEPPVAVSELPALADPEHAITAVSGVS
SLEPSVPILEPAVSVLQPVMIVSEPSVPVQEPTVAVSEPAVIVSEHTQITSPEMAVESSP
VIVDSSVMSSQIMKGMNLLGGDENLGPEVGMQETLLHPGEEPRDGGHLKSDLYENEYDRN
ADLTVNSHLIVKDAEHNTVCATTVGPVGEASEEKILPISETKEITELATCAAVSEADIGR
SLSSQLALELDTVGTSKGFEFVTASALISESKYDVEVSVTTQDTEHDMVISTSPSGGSEA
DIEGPLPAKDIHLDLPSTNFVCKDVEDSLPIKESAQAVAVALSPKESSEDTEVPLPNKEI
VPESGYSASIDEINEADLVRPLLPKDMERLTSLRAGIEGPLLASEVERDKSAASPVVISI
PERASESSSEEKDDYEIFVKVKDTHEKSKKNKNRDKGEKEKKRDSSLRSRSKRSKSSEHK
SRKRTSESRSRARKRSSKSKSHRSQTRSRSRSRRRRRSSRSRSKSRGRRSVSKEKRKRSP
KHRSKSRERKRKRSSSRDNRKAARARSRTPSRRSRSHTPSRRRRSRSVGRRRSFSISPSR
RSRTPSRRSRTPSRRSRTPSRRSRTPSRRSRTPSRRRRSRSAVRRRSFSISPVRLRRSRT
PLRRRFSRSPIRRKRSRSSERGRSPKRLTDLDKAQLLEIAKANAAAMCAKAGVPLPPNLK
PAPPPTIEEKVAKKSGGATIEELTEKCKQIAQSKEDDDVIVNKPHVSDEEEEEPPFYHHP
FKLSEPKPIFFNLNIAAAKPTPPKSQVTLTKEFPVSSGSQHRKKEADSVYGEWVPVEKNG
EESKDDDNVFSSSLPSEPVDISTAMSERALAQKRLSENAFDLEAMSMLNRAQERIDAWAQ
LNSIPGQFTGSTGVQVLTQEQLANTGAQAWIKKDQFLRAAPVTGGMGAVLMRKMGWREGE
GLGKNKEGNKEPILVDFKTDRKGLVAVGERAQKRSGNFSAAMKDLSGKHPVSALMEICNK
RRWQPPEFLLVHDSGPDHRKHFLFRVLRNGSPYQPNCMFFLNRY
NT seq 7335 nt   +upstreamnt  +downstreamnt
atggcggccgacatcgagcaggttttcaggtctttcgtggtcagtaaattccgggaaata
caacaggagctttccagtggaaggagtgaaggccagctgaatggtgaaacaaatccaccc
attgaagggaaccaggcaggtgacacagctgcctctgcaaggagtctcccaaatgaagaa
atagtgcagaagatagaggaggtcctctctggggtcttagatacggagctgcggtacaag
cccgacttgaaagaggcctccagaaaaagtagatgcgtatctgtgcaaacagatcctact
gatgaagtgcccaccaaaaagtcaaagaagcataaaaagcacaaaaacaaaaagaagaaa
aagaagaaagaaaaagaaaaaaaatataaaagacaaccagaagaatctgagtccaagctg
aaatctcatcatgatgggaatctagaatctgattccttcttaaagtttgattctgaacct
tcagcagcggcactggaacatcctgtaagagcgtttggcttatctgaggccagtgagacc
gccttagtgctggaacctccagtagtctcaatggaggttcaggagtcacacgttctagag
actctgaagccagctacaaaagctgcagaactgtcagttgtgtctacatcagtaatctca
gagcagtctgagcagcctatgccaggtatgctggaaccatcaatgacaaagatcctggat
tccttcacagcagcaccagtgcctatgtcaacagcggcgctgaagtcacctgagcccgtt
gtaacaatgtcagtggaatatcagaagtctgtgctgaaatctttggagactatgcctcca
gagacgtcaaagaccacgctggtagagcttcccatagcaaaagtggttgagccatcagaa
accctcacgatagtgtcagagacacctactgaggtgcaccctgaaccaagcccatcaaca
atggattttccagagtcatctacaactgacgtgcaaagattgccagagcagcctgtagaa
gcaccatcggagattgcagattcatccatgacaagacctcaggagtcactggagctgcct
aagaccacagcggtggagctgcaggagtcgacggtggcctcagctctggagttgccgggg
ccacctgcgacctccattctggagttgcaggggccccctgtgactccagtgccagagttg
cctgggccctctgccaccccagtgccagagttgtcagggcccctttctaccccagtgcct
gagttgccagggccccctgcgacagtggtccctgagttgccggggccctctgtgacacca
gtgccacagttgtcgcaggaattgccagggcctccagcaccatccatggggttggagcca
ccacaggaggtaccagagccacctgtgatggcacaggagttatcaggggtgcctgcagtg
tcggcagcgatagagttgacagggcaacctgcagtaacagtagcaatggagttgaccgaa
caacctgtgacgacgacagagttcgagcagcctgtggcgatgacaacggtggagcatcct
gggcatcctgaggtgacaacagctacagggttgctggggcagccagaggcagcaatggtg
ctggagttgccaggccagccagtggcaaccacagcgctggagttgtctgggcagccttcg
gtgactggggtgccagagttgtcagggctgccttcggcaactagggcactggagttgtca
gggcagtctgtggcaactggggcattagagttgcctggtcagctcatggcaactggggca
ctggagttttcggggcagtctggggcagctggagcactggagcttttggggcagccccta
gcaacgggggtgctagagttaccagggcagcctggagcgccagagttgcctgggcagcct
gtggcaactgtggcgctggagatctctgttcagtctgtggtgacaacatcggagctgtca
acgatgaccgtgtcgcagtccctggaggtgccctcgacgacagcgctggaatcctataat
acggtagcacaggagctgcctactacattggtgggggagacttctgtaacagtaggagtg
gaccccttgatggcccaagaatcccatatgctagcttctaacaccatggagacccatatg
ttagcatccaataccatggactcccagatgctagcatccaacactatggattctcagatg
ctagcatccaataccatggactcccagatgttagcctctagcaccatggactcccagatg
ttagcctctagcaccatggactcccagatgttagcaactagcaccatggactcccagatg
ttagcaactagctctatggactcccagatgttagcaactagctctatggactcccagatg
ttagcaaccagcagtatggactcccagatgttagcaaccagcagtatggactcccagatg
ttagcaaccagctccatggactcccagatgttagcaaccagcagtatggactcccagatg
ttagcaaccagcagtatggactcccagatgttagcaaccagttccatggactcccagatg
ttagcatctggtgctatggattctcagatgttagcttctggcactatggatgctcagatg
ttagcatctggtactatggatgcccaaatgttagcatctagtacccaggattctgctatg
atgggttcaaagtctcctgatccctataggttagctcaggatccttacagattagctcag
gatccctataggttgggtcatgacccctacaggttaggccatgatgcttacaggttagga
caagacccttatagattaggccatgatccctacagactaactccggatccctatagggta
tcacctaggccctatagaatagcacccaggtcctataggatagcacctaggccatacagg
ttagcacctagacccttgatgttagcatctagacgttctatgatgatgtcctatgctgca
gaacgttccatgatgtcatcttatgagcgctctatgatgtcttatgaacgctctatgatg
tcccctatggctgaacgctctatgatgtcggcctatgagcgctccatgatgtcagcttat
gagcgctccatgatgtctcctatggctgagcgttctatgatgtcagcttatgagcgctct
atgatgtcagcttatgagcgctccatgatgtctcctatggctgatcgatccatgatgtcc
atgggtgccgaccggtctatgatgtcatcgtactctgcagctgaccggtctatgatgtca
tcgtactctgcagctgatcgatcaatgatgtcatcttacactgatcgatcaatgatgtct
atggcagctgattcttacactgattcttatactgattcctatacggaggcatatatggtg
ccacctttgcctcctgaagagcccccaacaatgccaccattgccacccgaggaaccacca
atgacacccccattacctcctgaggaaccaccagagggtccagcattatcaacagagcag
tcagcattaacagctgacaatacttggtctacagaggtgacattatctactggagaatct
ctatcacagcctgagcctcctgtgagtcaaagtgagatttcagagcctatggcagtacct
gctaattattcaatgtcagaatcagaaacttcaatgttagcatcagaggctgttatgact
gttccagaacctgcacgagagcccgagtcttcagttacatcagcaccagttgagtctgct
gtagtagcagaacatgaaatggttccagagagaccgatgacttacatggtttctgagact
accatgtcagtcgagccagctgtgttaacatcagaggcttctgttatatcagagacatca
gaaacatatgattccatgagaccttcaggacatgctatctcagaggtaactatgtcactc
ttggagccagcagtaactatttcacagccagcagagaacagtctagagctcccatccatg
actgtcccagcaccttctactatgactaccacagaatctccagttgttgctgtcacagaa
attcctcctgtggctgtcccagaacctcccattatggctgttccagaactccccaccatg
gctgtagtaaaaacccccgctgtggctgtcccagaacctcttgtggctgctccagagcct
cctaccatggctactccagaactttgctccttatctgtctcagaacctcctgtggctgtc
tcggagcttccagctttggctgacccagagcatgctatcactgcagtgtcaggtgtttct
tccctggagccttctgtgcctattttggaaccagcagtatcagtccttcaacctgttatg
attgtttcagaaccgtctgttcctgtccaggaacctaccgtggcagtgtcagaacctgct
gtcatagtctcagagcacacgcaaataacatcacctgagatggctgtagagtcttcacca
gtaatagtggactctagtgttatgtcatcacagattatgaaaggaatgaatttgcttggt
ggtgatgaaaatcttggtccagaggttggcatgcaggagactctgttgcatccaggtgaa
gagccacgtgatggaggacacttgaaaagtgacttgtatgaaaatgagtatgatagaaat
gcagaccttactgtaaacagtcatttaattgttaaagatgcagagcataacacagtgtgt
gctactaccgttggtcctgttggtgaagcaagtgaagagaaaattttgcctattagtgag
actaaggaaatcacagaattggctacctgtgctgccgtcagcgaagctgacataggcaga
agtctgtcttctcagcttgctctggagctggatacagtaggaactagtaaggggtttgaa
tttgtcactgcatctgcactcatttcagagagtaaatatgatgttgaagtatctgtaact
actcaagatactgaacatgacatggtaatttccaccagccccagtggtggcagcgaagca
gacatagagggacctttgcctgctaaagacattcatcttgatttgccatcaactaatttt
gtttgtaaggatgtagaagactcgttacctatcaaagagagtgcccaggcagtggcagtg
gctcttagccctaaagagagcagtgaagatacagaagtacctcttcccaataaagaaata
gttcctgagtcaggatattctgccagcattgatgaaattaatgaagctgacttagtgaga
ccattacttcctaaggacatggagcgtcttacaagccttagagctggcattgaaggacct
ttacttgctagtgaggttgaacgtgacaagtcagctgccagtccagttgtaattagcata
ccagaaagagcttcagagtcatcttcagaggaaaaggatgattatgaaatttttgtcaaa
gttaaggacacacatgaaaaaagcaagaaaaacaaaaaccgtgacaaaggtgagaaggag
aagaaaagggactcttcattacggtctcggagtaagcgttccaagtcttctgaacataag
tcacgcaagcgcaccagtgagtcgcgttctagagcaaggaagaggtcgtccaagtccaaa
tctcaccgttctcagacacggtcacggtcacgctcaagacgcaggaggaggagtagccga
tcaagatctaagtctagaggaagacggtctgtatcaaaagagaaacgcaaaaggtctcca
aagcatagatccaagtccagggaaaggaaaaggaaaagatcaagctcacgagacaaccgg
aaagcagctcgagctcggagtcgaaccccgagtcggcggagtaggagccacactcctagt
cggaggagacggtctagatctgttggtagaaggagaagttttagcatttcccccagccgc
aggagccgaacccccagccgcaggagcagaacccccagccgcaggagccgaacccccagc
cgcaggagccgaacccccagccgcaggagccgaacccccagccgtcggagaagatcacgg
tctgcggtaagaagacgaagcttcagtatatcaccggtcagattaaggcgatcaagaaca
cctttgagaagaaggtttagtagatctcccattcggcggaaaagatccaggtcttcagaa
agaggcagatcgcccaaacgtctaacagatttggataaggctcaattacttgaaatagcc
aaagctaatgcagctgccatgtgtgctaaggctggtgttcctttaccaccaaacctaaag
cctgcacctccacctacaatagaagagaaagttgctaaaaagtctggaggagctaccata
gaagaactaactgagaaatgcaaacagattgcacagagtaaagaagatgatgatgtaata
gtgaataaacctcatgtttcggatgaagaggaagaagaacctcctttttatcatcatccc
tttaaactcagtgaacccaagcccatttttttcaatttgaatattgctgcagcaaagcca
actccaccgaaaagccaagtaacattaacaaaggagtttcctgtgtcatccggatctcaa
catcggaaaaaggaagcggatagtgtttatggagagtgggttccagtcgagaaaaatggt
gaagaaagcaaagatgatgataatgttttcagcagcagcttgccctcagagcctgtggac
atttcaacagcaatgagtgaacgggcacttgctcagaagaggctcagtgagaatgcattt
gaccttgaagccatgagtatgttaaaccgagctcaagaacggattgacgcctgggctcag
ttgaattctatccctgggcagttcacagggagcacaggagtgcaggtcctgacacaggag
cagctggctaatactggggcccaagcctggattaaaaaggatcagttcttaagagcagcc
ccagtgactggaggaatgggagctgttttgatgagaaaaatgggctggagagaaggagaa
ggattaggaaagaacaaagaaggaaataaggaacccatccttgttgattttaagacagac
cgaaaaggtcttgttgcagtaggagagagagcacaaaagcgttctgggaacttctctgct
gcaatgaaagacttatcaggcaaacatcctgtgtctgccttgatggaaatctgtaataag
agaaggtggcaaccacctgaatttctcttggtccatgacagtggccctgaccatcgcaaa
catttcctctttagggtattgagaaatggaagcccttaccagcccaattgtatgtttttc
ttgaataggtattga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (105)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (94)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (5)   
   OC (1)   
Protein sequence (6)   
   UniProt (3)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (54)   
   RefSeq(nuc) (2)   
   GenBank (26)   
   EMBL (26)   
Protein domain (5)   
   Pfam (5)   
All databases (173)   

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