Better understanding of craniofacial birth defects opens new roads for regenerative medicine
The findings could lead to strategies to generate healthy cells to repair craniofacial defects in human patients.
Read moreThe findings could lead to strategies to generate healthy cells to repair craniofacial defects in human patients.
Read moreResearchers identified a novel mechanism that regulates ATXN1 levels and reduces SCA1 symptoms in animal model.
Read moreWhat started as Ninad Oak’s side project turned out into something much larger, his doctorate thesis. “The project started as my qualifying exam that I
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