
Isaac Mehl, PhD 梅睿鹏 - Co-Founder - Pi-Labs | LinkedIn
Co-Founder @ Pi-Labs | Lab Operations Advisor and Builder · At OmniSync, our team is dedicated to transforming grant and contract processes, a mission that resonates deeply with my own...
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Isaac Mehl, PhD 梅睿鹏 | LinkedIn
Check out professional insights posted by Isaac Mehl, PhD 梅睿鹏, Co-Founder @ Pi-Labs | Lab Operations Advisor and Builder
Isaac R Mehl's research works | Howard Hughes Medical Institute ...
Isaac R Mehl's 4 research works with 989 citations and 951 reads, including: Nuclear receptor ERRα and coactivator PGC-1β are effectors of IFN-γ-induced host defense
Isaac R. Mehl | Howard Hughes Medical Institute | 3 Publications
Isaac R. Mehl is an academic researcher from Howard Hughes Medical Institute. The author has contributed to research in topics: Coactivator & Peroxisome. The author has an hindex of 3, co-authored 3 publications. Previous affiliations of Isaac …
Isaac Mehl, PhD 梅睿鹏’s Post - LinkedIn
Yes, I have been keeping my head down in my new role as a grants and contract specialist with OmniSync. After 4 months and 100 clients I can confidently state that my grasp of the SBIR/STTR grant...
Isaac Mehl Email & Phone number - ZoomInfo
Isaac Mehl is a Company Owner at Doctor based in San Diego, California. Previously, Isaac was a Vice President, Sales & Marketing at Qmsi and also held positions at iGentBio, Biogen, Scripps Research....
Isaac Mehl (@isaac_mehl) • Instagram photos and videos
738 Followers, 542 Following, 44 Posts - See Instagram photos and videos from Isaac Mehl (@isaac_mehl)
Isaac Mehl - Facebook, LinkedIn, Twitter - clay.earth
Isaac Mehl is an accomplished biologist and entrepreneur with a rich background in academia and biotechnology. With a Ph.D. in Biology from the prestigious UC San Diego, Isaac has dedicated his career to advancing scientific research and innovation.
Isaac Mehl, PhD 梅睿鹏 on LinkedIn: #sbir #sttr #innovators …
Isaac Mehl, PhD 梅睿鹏’s Post Isaac Mehl, PhD 梅睿鹏 Co-Founder @ Pi-Labs | Lab Operations Advisor and Builder 8mo Report this post ...
PPARδ regulates glucose metabolism and insulin sensitivity
We show that PPARδ (NR1C2) knockout mice are metabolically less active and glucose-intolerant, whereas receptor activation in db/db mice improves insulin sensitivity.