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Kevin Eggan on disease-in-a-dish

From Kevin Eggan, PhD - Harvard FUSION Symposium 2016 · · Harvard OTD

“We've been able to show that indeed the cells of those patients in the dish manifest some aspects of those same changes that you see within their brain, we've been able to use those to identify potential therapeutics and excitingly we now are beginning to get some of the first clinical returns on those experiments.”

Kevin Eggan
Chief Scientific Officer & Senior Vice President of Research and Early Development, BIOMARIN PHARMACEUTICAL INC
Policy Impact disease-in-a-dishdrug discoveryclinical translation

On , Kevin Eggan, Chief Scientific Officer & Senior Vice President of Research and Early Development at BIOMARIN PHARMACEUTICAL INC, spoke about disease-in-a-dish during Kevin Eggan, PhD - Harvard FUSION Symposium 2016 on Harvard OTD.

Kevin Eggan, PhD - Harvard FUSION Symposium 2016
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Kevin Eggan, PhD - Harvard FUSION Symposium 2016
Harvard OTD
Watch on YouTube
Kevin Eggan, PhD Professor of Stem Cell and Regenerative Biology, Harvard University; Broad Institute of MIT and Harvard; ...
Kevin Eggan

About Kevin Eggan

Chief Scientific Officer & Senior Vice President of Research and Early Development · BIOMARIN PHARMACEUTICAL INC

Kevin Eggan, Chief Scientific Officer and Senior Vice President of Research and Early Development at BioMarin Pharmaceutical, has described the company as having "an overwhelming track record of success" and "an incredible scientific discovery engine which is blazing the way in AAV gene therapies." He stated that the company aims to "take advantage of this revolution in genetics and genomics to really understand the cellular circuitry which controls diseases" and bring "transformative therapies to patients with severe genetic illness." Eggan has continued to discuss his research on amyotrophic lateral sclerosis (ALS), including work on the stathmin 2 protein. He reported that loss of stathmin 2 in mice leads to age-dependent motor decline and that oligonucleotides targeting a cryptic exon in the stathmin 2 gene have been identified that restore normal expression after TDP-43 knockdown, with a lead oligo currently in clinical study. Eggan also noted that levels of cryptic exon-containing RNA in blood from ALS patients are higher than in healthy controls, suggesting a potential biomarker. He previously co-founded Q-State Biosciences and described using stem cell and reprogramming technologies to model disease and identify potential therapeutics, including an anti-epileptic drug that was taken into the clinic.

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