VAI is a biomedical research, K–12 & graduate education organization. At VAI, scientists study cancer, Parkinson’s, metabolic disorders and other diseases.

Grand Rapids, MI
Congratulations to Drs. James Eapen, Abigail Godec, Lauren Harmon and Riley Wedan, who recently earned their Ph.D.s in molecular and cellular biology from Van Andel Institute Graduate School. We look forward to seeing where their passion for discovery takes them next!
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Van Andel Institute (VAI) retweeted
The NPA announced the recipients of its inaugural Institutional Policy Awards, recognizing twelve institutions that have demonstrated outstanding commitment to advancing the postdoctoral experience. 🔗 nationalpostdoc.org/mpage/ER… // #NPAERP #NPAIPAs #postdocs #postdocoffices
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At VAI, Drs. Russell Jones and Evan Lien study how different types of cells use nutrients in different ways. Their work aims to develop targeted strategies that support immune cells while making cancer cells more vulnerable.
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Please join us in congratulating Drs. Ellen Stirtz, April Rickle, Sofia leleva, Thomas Goralski and Svetlana Djirackor, who recently earned their Ph.D.s in molecular and cellular biology from Van Andel Institute Graduate School.
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We are excited to partner with GVSU to help strengthen West Michigan’s position as a hub for advanced computing, biomedical research and healthcare innovation.
Van Andel Institute and Grand Valley State University are partnering to advance artificial intelligence-driven biomedical research as part of GVSU’s recently approved Ph.D. in Computing. gvsu.edu/gvnext/2026/van-and…
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Van Andel Institute (VAI) retweeted
We’re hiring a Postdoc in the Henderson Lab @ Van Andel Institute! Join our team studying neurodegenerative disease across scales (molecular → circuits). Flexible, high-impact projects and strong mentorship. Apply: vai.wd1.myworkdayjobs.com/en… Please share!
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VAI & @WUR scientists used a CRISPR variant to distinguish tumor DNA from healthy DNA by targeting chemical differences present in cancer cells. Published in @Nature, the study is a promising step toward cancer therapy that targets tumor cells with high precision.
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