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Paper Details

Genome-wide chromatin accessibility and transcriptome profiling show minimal epigenome changes and coordinated transcriptional dysregulation of hedgehog signaling in Danforth's short tail mice.
Hum Mol Genet
5
2019
Danforth's short, E9, ERV, Ptf1a, Ptf1a enhancer, Ptf1a enhancer region, Ptf1a gene, Ptf1a target genes, SHH, Sd, Sd ERV insertion, Sd mutant, Sd mutation, VACTERL) association, caudal birth defects, caudal dysgenesis disorders, caudal malformation syndromes, caudal regression, chromatin, epigenome, genetic lesion, hedgehog, hedgehog pathway genes, human, humans, mRNA, mice, mouse, persistent cloaca, sonic hedgehog, urorectal septum malformation
Author NameAffiliation
Stephen C J ParkerUniversity of Michigan ann arbor
Stephen C J ParkerUniversity of Michigan ann arbor
Stephen C J ParkerUniversity of Michigan ann arbor
Stephen C J ParkerUniversity of Michigan ann arbor
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