KEGG   Mus musculus (house mouse): 226747
Entry
226747            CDS       T01002                                 
Symbol
Ahctf1, 6230412P20Rik, Elys
Name
(RefSeq) AT hook containing transcription factor 1
  KO
K25129  protein ELYS
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    226747 (Ahctf1)
SSDB
Motif
Pfam: ELYS-bb ELYS
Other DBs
NCBI-GeneID: 226747
NCBI-ProteinID: NP_080651
MGI: 1915033
Ensembl: ENSMUSG00000026491
UniProt: Q8CJF7
Structure
Position
1:complement(179572469..179631580)
AA seq 2243 aa
MQDLTAQVTSDLLHFPEVTIEALGEDEITLESVLRGKFAAGKNGLACLACGPQLEVVNSL
TGERLSAYRFSGVNEQPPVVLAVKEFSWHKRTGLLIGLEEADGSVLCLYDLGISRVVKAV
VLPGRVTAIEPIINHGGASASTQHLHPSLRWLFGVAAVVTDVGQILLIDLCLDDLSCSQN
EVEASDLEVITGIPAEVPHIRERVMREGRHLCFQLVSPLGVAISTLSYINRTNQLAVGFS
DGYLALWNMKSMKREYYTQLEGGRVPVHAVAFQEPENDPRNCCYLWAVQSTQDSEGDVLS
LHLLQLAFGDRKCLASGQILYEGLEYCEERYTLDLAGGTFPLRGQTSNTKLLGCQSIERF
PSHGDREESMREALSPDTSVSVFTWQVNIYGQGKPSVYLGLFDINRWYHAQMPDSLRSGE
SLHNCSYFALWSLDSVVSRTSPHHILDILVHERSLNRGVPPSYPPPEQFFNPSTFNFDAT
CLLDSGVIHVTCAGFQKETLTFLKKSGPTLNEVIPDSYNRCLVAGLLSPRLIDIQPSSLS
QEEQLEAILSAAIQTSSLGLLTGYIRTWIIEEQPNSAANLRFVLEWTWNKVVLTKEEFDR
LCVPLFDGSCRFIDPQTIQSIQQCHLLLSNLSTVLSCFAMEAQGITERGLVDLSNKHMVT
QLLCQYAHMVLWFCHSGLLPEGLDDALQLSRLRYNYPVIQNYYTSRRQKSERSPRGKWNH
DCLMIDGLVSQLGDEVEKLWKRDEGGTGRYPPASIHALLDIYLLDNITEASKHAITIYLL
LDIMYSFPNKTDTPIESFPTAFAISWGQVKLVQGFWLLDHNDYENGLDLLFHPVTAKPAS
WQHSKIIEAFMSQGEHKQALRYLQTMKPTVSSSNEVILHLTVLLFNRCMVEAWNLLRQNS
NRVNIEELLKHAYEVCQEMGLMEDLLKLPFTNTEQECLVKFLQSSTSVENHEFLLVHHLQ
RANYISALKLNQILKNNLMSDRDPRLRERSVTRNSILDQYGKILPRVQRKLAVERAKPYH
LSTSSVFHEVSRPKPLSAFPKKAITGTVLTRSTFISNVLSKIGEVWASHEPRNGVSLFNS
PKTEQPSPVVHSFPHPELPEAFVGTPISNTSQRISRLLDLVVHPVPQPSQCLEFIQQSPT
RSPLCLLSSSLPLSSQFKRPHQNTSRPSELLLLETPLIVKKAKSLALSATSSGFAEFTPP
SILRSGFRTTPLASPSLSPGRSLTPPFRVKETRISFMEEGMNTHWTDRATDDRNTKAFVS
TSFHKCGLPAETEWMKTSDKNTYFPLDVPAKGPQKVVAESLATHSGRLEKLDVSKEDSTA
STRSDQTSLEYHDAPSPEDLEGAVFVSPKPASSSTELTTNSTLQTERDNDKDAFKSEGAP
SPVKKQIGTGDAAVEAFSELSRLDPVERAEASFAVSSVCEGETSTSNSKTSVLDGIVPIE
SRTSILTADHKESVANTVADVESSGSTSSKCPVTSERSLGQKLTLNLKEDEIEAHVPKEN
VGLPEESPRISAAPSDTHEIHLIGCENLEVQNSEEEAKNLSFDELYPLGAEKLEYNLSTI
EQQFCDLPDDKDSAECDAAEVDGELFVAQSNFTLILEGEEGEAEASDSAAPNMLPKATKE
KPVCHREPHNQERVTDLPSAVTADQESHKVETLPYVPEPVKVAIAENLLDVIKDTRSKEA
TPVAAGEAGDEDGAVIVSKAAHSSRLTNSTPKTVKEPHAETVNTSQNDDMVSSRTLTRRQ
HALSLNVTSEQEPSAVATPKKRTRKIKETPESSERTCSDLKVAPENQLTAQSPPAPRRGK
KKDVSQGTLPSSGAVEPEPEPQGTPGRLRLRTQPPEPAAEETPSRTKVRLSSVRKGTPRR
LKKSVENGQSTEILDDLKGSEAASHDGTVTELRNANLEDTQNMEYKQDEHSDQQLPLKRK
RVREREVSVSSVTEEPKLDSSQLPLQTGLDVPATPRKRGRPRKVVPLEADGGTTGKEQTS
PQKKDVPVVRRSTRNTPARNVSTLEKSVLVPNKEAALVVTSKRRPTKKSAEESSKDPSAA
VSDLAGGAAHTESADRRDGLLAAAALTPSAQGTRTRSRRTMLLTDISEPKTEPLFPPPSV
KVPKKKSKAENMEAAAQLKELVSDLSSQFVVSPPALRTRQKSISNTSKLLGELESDPKPL
EIIEQKPKRSRTVKTRASRNTGKGSSWSPPPVEIKLVSPLASPVDEIKTGKPRKTAEIAG
KTLGRGRKKPSSFPKQILRRKML
NT seq 6732 nt   +upstreamnt  +downstreamnt
atgcaagacttgacagctcaagtgactagtgatctcctgcatttcccagaagtgactatt
gaagctcttggagaagatgagataacattagagtccgtgcttcgtggaaagtttgctgca
gggaaaaatggactagcatgcttagcttgtggtccacaacttgaagttgtaaactcccta
acaggagagcggttatctgcatatagattcagtggagtaaatgaacagcctcctgtagtc
cttgcagtgaaagaattctcttggcataagaggactggattgttaataggattggaagaa
gcagatgggagtgttctttgtctttatgaccttggtatatcaagagtggtcaaagcagtt
gttcttcctggaagggtaacagctatcgagcctataattaaccatggaggagccagtgcg
agtacccagcatttacatccaagtctccggtggctttttggcgtggccgctgtggtgact
gatgttggacagatccttcttattgacctgtgtttggatgacttgtcctgcagtcagaat
gaagttgaggcatcagaccttgaagttatcactggtatcccagctgaagtaccacacatc
agagagagagtgatgagagaggggcgccacctgtgcttccagttagtaagcccattggga
gtagccatttctactctgagttacatcaacaggacaaatcagcttgctgtgggtttttct
gatggctacttagcactttggaacatgaaaagcatgaaaagagaatactatacacagttg
gaaggtggaagggttcctgtccatgcagttgcctttcaagagcctgagaatgatcctcgt
aactgctgttatttatgggctgttcagtccacacaagatagtgaaggggatgttttgagt
ttgcatctgcttcagctggcttttggtgatagaaaatgtttggcatcagggcaaatttta
tatgagggattagaatactgcgaagaaagatatacactggatctagcaggtggcacgttc
cccttaaggggacaaactagtaataccaaattgttgggatgccagagtatagagagattt
ccatctcatggagacagagaagaaagtatgagagaagctctgtctcccgataccagcgtt
tctgtctttacctggcaagtgaatatatatggacagggaaagccttctgtgtatttaggg
ctatttgacataaatcgttggtatcatgcacaaatgcccgattctttaagatcaggagaa
tctctgcataattgctcttattttgcgttgtggtcattggattcggttgtaagtaggact
tctccacatcacatcttggacatactagtacatgagaggagtttaaaccgaggggttcct
ccttcctacccacctccagagcaattttttaacccaagtacttttaattttgatgccact
tgtttgttagactctggagttatccatgtaacttgtgctggatttcagaaggagactttg
acatttttaaagaaatcaggaccaactcttaatgaagtcattcctgatagttataatcga
tgtcttgttgctggtctcctctcaccaagacttattgatattcagccttccagtttaagt
caagaagaacaattagaagctatattgtcagcagcaattcagacaagttccttgggactt
ttgactggttacatcagaacgtggataatagaagaacaaccaaattctgctgctaatcta
cgatttgttcttgagtggacatggaataaagtggttctcacaaaagaagagtttgatagg
ctttgtgtgccgctgtttgacggttcgtgtcgttttattgacccacagactattcagtct
atccagcagtgccatttactgcttagcaaccttagtacagtcttaagctgttttgcaatg
gaggcccagggtatcactgagagaggactggtggacttgagcaacaagcacatggtcacc
cagcttctctgtcagtacgcacacatggttctgtggttctgccactcggggcttctgccc
gaaggcttagatgatgctctgcagctgtcaagactacgctacaactaccctgtaattcag
aactactatacaagtcgtcggcagaagtctgagcgctcacccagagggaagtggaaccac
gactgcttgatgattgatggattagtctctcaactaggagatgaagttgagaagttgtgg
aagcgggacgaaggtggcacaggaagataccctcctgctagcatccacgcattacttgat
atatatttattagacaacattaccgaagcaagcaaacatgctattaccatttatttgctg
cttgatattatgtattcctttccaaataaaacggatacccccattgaatctttcccaact
gcctttgctatttcttggggccaagttaagctagttcaaggattttggctgctagatcat
aatgactatgagaatggtttagaccttctgtttcacccagttactgcaaagcctgcatcg
tggcaacattcaaagataattgaagcttttatgagtcagggagagcacaaacaggctctc
cggtatcttcagacaatgaagccaacagtgtccagtagcaatgaagttatccttcacctc
actgttctactttttaatagatgcatggttgaggcctggaacttactgcgacagaattca
aacagagtaaatatagaggaattattaaagcacgcttatgaagtttgtcaggagatgggc
ttaatggaggatttactgaagctgccatttacaaacactgagcaggaatgcttagtgaaa
tttttacagtccagtaccagtgttgagaatcatgaattccttctagttcaccatttacag
cgtgccaattatatttctgccttgaaactaaaccagattctgaagaataatctcatgagt
gatcgtgaccctcgattgcgggaaagatcggtgactcgaaattctatattagaccagtat
gggaaaatcctacctagagtccagagaaagttagctgttgagcgagctaagccttaccac
ctgtcgacatcctcagtttttcatgaagtttctagacccaaaccgttatcggcatttcca
aagaaagctataactggaacagtgttaacccgatctacgttcatcagcaatgttttatct
aaaattggagaggtgtgggcaagtcatgagcctagaaatggcgtctcactttttaacagt
cctaaaacagaacagccatctcctgtagtacactctttcccacacccagagcttcctgag
gcgtttgttggaactccaatttcaaatacatcccagagaatttctagattactggatttg
gttgtccatcctgtaccccagccttctcagtgtttggagtttattcaacaaagtcccaca
agatctcctttgtgtctgctgtccagttcgttaccattaagttcacagtttaaaaggcca
catcagaatacctccaggccttcagagttgcttttacttgagactcctctcatagttaag
aaagctaaatctttggctctgtcagccacgtcttctggatttgccgagtttactcctcca
tccatccttaggtctggttttcgaacaacacctttagcatctccctctttgtcacctgga
agatctctcactccgcctttcagagttaaagaaacaaggatttcattcatggaagaaggc
atgaatacacactggactgatagagctacagatgaccgaaatacaaaagcgtttgttagc
acatctttccataaatgtggacttccagcagaaactgagtggatgaagaccagtgataag
aatacatattttcctctggatgtccctgcaaagggccctcagaaagtggtggcagagtca
ctggctacccattcaggaaggctggagaaactggatgtgagcaaagaagacagcacagct
tccaccaggtcagaccagacctccttagagtatcatgacgcaccatcaccagaagacttg
gaaggtgctgtttttgtgtctcccaagccagcatcttcctccactgaactaactactaat
tcaactctacaaacagagagggataatgataaagatgcgtttaagtcagaaggtgctcct
tcacccgtgaagaaacaaataggcacgggagatgctgcagtggaagcattttcagaactg
agtcgcttagaccctgttgaaagagctgaagcttcttttgctgtgtcgtcagtctgtgaa
ggggaaacctccacttcaaactccaagacgtcagttctggatggaatcgtgcctattgag
agccgaacctccatacttacagcagaccacaaagagtctgtggccaacacggttgcagat
gttgaaagctctgggtccaccagctccaagtgcccggttacctctgaacgcagcctcggc
caaaaactaacattaaacttaaaagaagatgaaatagaagctcatgtaccaaaggagaac
gttggtttaccagaagaaagccctcgaatttctgctgctccttctgatactcacgagatt
catctaattggatgtgaaaatcttgaagttcaaaattcagaagaggaggccaagaatctt
tcatttgatgagttgtatcccttaggggcagagaaacttgagtataatctcagtactatt
gagcagcagttttgtgacttgcctgatgacaaagactctgctgaatgtgatgctgctgaa
gtagacggggaactttttgtggcccagagcaactttaccctgattttagaaggtgaagaa
ggagaagctgaggcaagcgactctgcagcacctaatatgttaccgaaagcgaccaaggaa
aaacctgtgtgccacagggaaccccataatcaggagcgcgttacagatttgccatctgct
gtgactgctgaccaagaatcccacaaggtagagactttaccgtatgtgcctgaaccggtt
aaagtggcaattgcagaaaatctgttggatgtaattaaagacaccagaagtaaggaagca
actcccgtggcagcaggtgaggctggtgatgaggacggagcagtgatagtctcaaaggct
gcacattcgtccaggctgacaaactctacaccgaagactgttaaggaaccacatgcagag
actgtaaataccagccagaatgatgacatggtttcttctagaactctcacaagaaggcag
catgccctaagcctgaatgtcacatcagaacaagagccttcagcagttgccactcctaag
aagagaactagaaaaattaaagaaactcctgagtcttctgaaaggacctgttctgaccta
aaagtagcacctgagaaccaactgacagctcagagtcctcccgctcctaggagaggaaag
aagaaggacgttagccaaggcacactgccaagttctggtgctgtggagccggagccggaa
cctcagggtacgccgggaagactgaggctgagaacgcagccacccgagccagcagctgaa
gaaactccttctagaacaaaagtcaggctttcatctgttagaaagggaacccctagaaga
cttaagaagtctgtagaaaatgggcaaagtacagaaattctagatgatctcaaagggagt
gaggcagcaagtcatgacgggactgtcacagagctgaggaatgccaatttagaagatact
cagaatatggagtataaacaagatgaacacagtgaccagcaactgcctctaaaacgaaag
agggtcagagagagagaagttagtgtgtcaagtgtgacagaagagccaaagcttgactca
tcccagttgcctcttcagacaggactcgatgtacctgccacccctaggaaacgtggtaga
cccaggaaggtagttcccttagaagctgatggtggcacaactggtaaggaacagacaagt
cctcagaagaaagatgttccggttgtccggagatctacacggaacaccccagctagaaat
gtgagtactttagaaaaatcagttttagtgccaaataaggaagctgctctagtggtgaca
tctaagaggagacctacaaagaagtctgcagaggaaagctcaaaagatccatcagcggca
gtctcagacctggcgggtggagcagcccacacagagtccgctgaccgaagggacggactg
cttgccgccgctgctctcacgccatctgcccagggcacaaggactaggtctagaaggacc
atgttgttgacggacatttctgaacccaaaactgagcctttatttcctcctccttcagtg
aaggttccaaagaaaaaatcaaaagctgagaacatggaggccgcagcccagctgaaagaa
ttggtgtcagatttatcttctcagtttgttgtttcccctcctgccttgagaaccaggcag
aaaagtatatccaatacttccaagcttctaggtgaactggagagtgaccctaaaccatta
gagatcatagaacaaaaaccaaaaagaagcaggactgtgaagacaagagcaagcagaaac
acaggaaaaggaagttcttggtcacctcctcctgtagaaattaagctggtttctcccttg
gcgagtccagtggatgaaataaagaccggcaagccaagaaaaactgcagaaatagcagga
aaaactcttggaaggggcagaaagaagccatcttcttttccaaagcaaattttacgcagg
aaaatgctgtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (19)   
   RefSeq(nuc) (1)   
   GenBank (9)   
   EMBL (9)   
3D Structure (1)   
   PDB (1)   
Protein domain (2)   
   Pfam (2)   
All databases (80)   

Download RDF
DBGET integrated database retrieval system