Research interests

Research

Research in our lab is focused on understanding the cellular and molecular mechanisms that enable tissue regeneration or conversely promote fibrotic repair following injury.  To do this, we use small and large animal models, transgenesis, high-resolution microscopic imaging, transplantation and cutting-edge high-throughput genomic technologies.  We are particularly intrigued by resident stem cells within skin and brain and how factors like injury, advanced age and the immune system influence their function. Our goal is to leverage these biological insights to inform the development of new therapeutics that restore organ function following injury or disease.

RNA Velocity Plot from Shin et al 2020

Single Cell Genomics

Skin immunohistochemistry; red - fibroblasts, green - keratin 5, blue - nuclei

Skin Regeneration

Nerve immunohistochemistry; red - fluoromyelin, green - alphaSMA, blue - nuclei

Neural Regeneration

Cell aggregates stained with SOX2 (red) and Dapi (blue)

Stem Cell Biology

Hair follicles; aged and young

Aging

scRNAseq UMAP - COVID-19 PMBCs and BALF

COVID-19


Funding Sources

a1
cf
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scn
achri
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