KEGG   Monodelphis domestica (gray short-tailed opossum): 100029995
Entry
100029995         CDS       T01031                                 
Symbol
RFX6
Name
(RefSeq) regulatory factor X6
  KO
K19521  regulatory factor X 6
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Pathway
mdo04950  Maturity onset diabetes of the young
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09160 Human Diseases
  09167 Endocrine and metabolic disease
   04950 Maturity onset diabetes of the young
    100029995 (RFX6)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:mdo03000]
    100029995 (RFX6)
Transcription factors [BR:mdo03000]
 Eukaryotic type
  Other basic domains
   RF-X
    100029995 (RFX6)
SSDB
Motif
Pfam: RFX_DNA_binding
Other DBs
NCBI-GeneID: 100029995
NCBI-ProteinID: XP_001379614
Ensembl: ENSMODG00000017815
Position
2:385075459..385144532
AA seq 932 aa
MPMKRTAKVPEREGSFLQGQPSPKVSPGIQEEGCYVELLAKGLLAYPEEGQLVNSRGIRE
EVEEPGLSVGIKAEMHLSNDHLSSSSEEDVDIQDNKIRAPDTHLSQKKTITQIMKDKKKQ
TQLTLQWLEENYIVCEGVCLPRCILYAHYLDFCRKEKLEPACAATFGKTIRQKFPLLTTR
RLGTRGHSKYHYYGIGIKESSAYYHSVYSGKGLTRFSGSKLKNEGGFTRKYSLSSKTGTL
LPEFPSAQHLVYQGCISKDKVDTLIMMYKTHCQCVLDNAINGNFEEIQHFLLHFWQGMPD
HLLPLLENPVIIDIFCVCDSILYKVLTDVLIPATMQEMPESLLADIRNFAKNWEQWVVSS
LENLPEALTDKKLPIVRRFVSSLKRQTSFLHLAQIARPALFDQHVVNSMVSDIEKVDLNS
IGSQAFLTVSGSTDPESEVYTEYDSITVFQELKDLLKKNATVESFIEWLDTVVEQRVIKT
SKQNGRSLKKRAQDFLLKWSFFGARVMHNLTLNNASSFGSFHLIRMLLDEYILLAMETQF
NNDKEQELQNLLEKYMKNSDASKAAFTASPSSCFLANRNKGSNVSSDASVKNECLAEANY
VSLPSNQPGVLPSALHSFSPGDTETMQLTGPVELSQSTGHLVTPPISPAMVSRGSVINQG
PMAGRPPSVGQVLSAQSHCSSYPEPLYQTLSQSNQNYYGTSPNYQTMFRAQTHTPAGIYH
HRAEHSRFMALSEQQLSRDYFSNSCAVSPYNTRSPSNYGPSSTMQDAHSMQFLNNGSFNF
LSNTGANGCQGSSYPPNAPNGYYGSNVNYTESHRLGSMVDQHVSVISSVSSIRSLPPYND
IHDPLNILDDSSRKQASSYYTDTSSSVGCRTPTIASNMSTVIPASSSQCMFGTSNQYPAQ
ESLESQGTNSREIVSSLPPINTVFMGTAAGGT
NT seq 2799 nt   +upstreamnt  +downstreamnt
atgcccatgaagaggacggctaaggtccctgagcgggagggttccttcctgcaggggcag
ccttccccaaaagtttctccggggatccaagaagagggatgctatgtagagctgttggcc
aagggcttgctcgcgtatccggaggaaggacagctggtgaactcccggggcatcagggag
gaagtagaggagccggggctgtccgtgggaatcaaagcagaaatgcacctcagcaacgat
cacctttcttcctcatccgaagaggatgtggatatccaagataataaaatcagagcacct
gacacacatctgtcccagaagaaaaccatcacccagatcatgaaagataaaaagaaacag
actcagctcactctacagtggcttgaagaaaattacattgtatgtgaaggtgtatgctta
ccacggtgtatcctctacgcacactatttagatttctgcaggaaagagaaattggagcct
gcttgtgcagccacttttggaaagactattcgccagaaatttcctctgcttaccacacgg
cgacttgggaccagaggccattcaaagtatcactattatgggattggcatcaaagaaagc
agtgcatattatcactctgtctactctgggaagggtctgacaaggttttctggaagcaag
ctgaagaatgagggtggtttcactcggaaatattcactcagttcaaaaactgggacactt
cttccagagttccccagtgcacaacaccttgtgtaccaaggatgcatttctaaagacaag
gtagatactctcattatgatgtacaaaactcactgccagtgtgttctggataatgcaatc
aatggaaactttgaagagatccagcatttcttactacatttttggcaaggaatgcctgat
caccttcttccactgcttgaaaatcctgttatcatagacattttctgtgtttgtgactca
attctttataaggtcctaacagatgtcctcattcctgcaacaatgcaagaaatgcctgaa
agtttattagcagacattagaaattttgctaaaaattgggaacagtgggttgtttcatcc
ttggaaaaccttcctgaagccctaacagataagaaactacctattgtacggagatttgta
tcttccttaaaacgacaaacatccttcttacatcttgctcagattgctagaccagccctt
tttgaccagcatgttgtgaactctatggtgtctgacattgaaaaggttgatctgaatagc
attggctctcaggcatttctcactgtttctggcagcaccgatcctgaatccgaagtctac
acggaatatgactctattacagtgttccaagaactgaaggatttgctaaagaagaatgcc
accgtggagtcatttattgaatggctggatactgtggtagagcaaagggtcattaagacc
agcaagcaaaatggcagatccttaaagaagagggctcaagatttcctgttgaaatggagc
ttctttggggctcgagtcatgcataacctgaccttgaacaacgcctccagctttggttct
tttcatttgatccgaatgcttttggacgaatatattctactagccatggagacacagttt
aacaatgacaaagagcaagagttgcagaatttattggaaaagtatatgaagaattcagat
gcaagcaaagctgccttcactgcatcaccaagctcttgctttctggccaaccgaaataaa
gggagcaatgtttctagtgatgcatcagttaagaatgaatgtcttgctgaggcaaattat
gtttctctgccctccaaccagcctggtgtcttgccttctgctttacattctttctctccc
ggggatacagaaactatgcagcttacaggtccagtagagctatctcagagtactggtcac
ttggtgacaccacccatttctccagccatggtcagcagaggaagtgtcatcaaccagggg
ccaatggctgggagaccacccagtgttggtcaggtgttatctgctcagtctcactgctca
tcatacccagagcccctgtaccagactctctcacaatcgaaccagaactattatgggacc
agccccaactaccagaccatgttccgagcccagactcacacaccagcaggaatctatcac
cacagggctgaacacagtcggtttatggccctgagtgaacaacagctttctagagactat
ttcagtaacagctgtgctgtatctccatacaataccaggtcaccttcaaactatggacca
tcctcaaccatgcaggatgcacacagtatgcagtttctaaataatggaagtttcaatttc
ctgagtaatacaggggcaaatggctgccaaggatcttcatatcctcctaatgcacctaac
ggatattatggaagcaatgtaaactacacagagtctcataggcttggatcaatggttgac
cagcatgtgtctgtcatcagcagtgtaagcagcattcgctcattgcccccatataatgac
atccatgatcccctgaacatcttagatgacagtagtcgaaaacaagcaagttcatattat
acagacacatcttcttcagttggctgtcggactccaacaatagcctccaacatgtcaaca
gtaattccagcgtcttcatctcagtgtatgtttggaacttctaatcaatacccagctcag
gaatctctggaatcccagggaacgaatagtagagaaatagtgtcatctttgccaccaatc
aatactgtctttatgggaacggcagctggagggacctag

  All links  
Gene (8)   
   RefGene (4)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (11)   

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