Andrew Yoo, PhD
Assistant Professor of Developmental Biology
MicroRNA-mediated neuronal reprogramming and chromatin remodeling Read More
|Lab Phone:||(314) 362-1814|
|Lab Location:||Cancer Research Bldg 3600|
|Keywords:||tissue culture modeling of neurological diseases, neurogenic activities of microRNAs, neuronal reprogramming and generation of human neurons, chromatin remodeling during fate conversion|
MicroRNA-mediated neuronal reprogramming and chromatin remodeling
We are interested in molecular mechanisms governing the acquisition of neuronal cell fate and reprogramming of non-neuronal cells into neurons. Our work previously showed that a set of brain-enriched microRNAs (miR-9/9* and miR-124) promote the assembly of neuron-specific chromatin remodeling complexes during neural development, and demonstrated that expressing these microRNAs ectopically in non-neuronal cell types could convert their cell fates directly into neurons. We are currently devising experimental protocols to generate specific neuronal subtypes from human skin cells, with an ultimate goal of developing tissue culture models of neurological diseases. Furthermore, we investigate the molecular mechanisms underlying the neurogenic activities of microRNAs specifically focusing on how microRNAs alter chromatin states.
Updated February 2014
Hope Center Affiliations
- NeuroRestorative Therapy
- Co-organizer, 2016/2017 "Neural Development, Plasticity, and Repair" mini-series
- Co-organizer, 2015/2016 "Transcriptional and epigenetic control of neural development"mini-series
- Co-organizer, 2014/2015 "Molecular Mechanisms of Neural Circuit Assembly and Plasticity" mini-series
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