UW Molecular Biologist Awarded Prestigious National Institutes of Health Grant

Illustration of DNA strands and molecular structures in a laboratory setting.
Illustration of DNA strands and molecular structures in a laboratory setting.
Owen Funk
Owen Funk.

Owen Funk, a postdoctoral fellow at the University of Wyoming in the Department of Molecular Biology, was recently awarded a highly competitive National Institutes of Health (NIH) Pathway to Independence Grant. The five-year grant from the NIH’s National Institute of General Medical Sciences (NIGMS) began March 2026.

Funk is the first person at UW to receive a NIH Pathway to Independence grant, which is designed to help promising postdoctoral scientists become tenure-track faculty by supporting career development and independent scientific research.

Funk was one of the first six recipients selected by the NIGMS in 2026, with fellow awardees representing Harvard University, Harvard Medical School, Princeton University, the Salk Institute, and Yale University. 

“To me this confirms something many of us at UW have known for a long time—that Wyoming is a great place for training talented research scientists at all career stages, says David Fay, professor of molecular biology and one of Funk’s mentors. “Owen came to the lab with all the right knowledge and skills, so this has turned out to be a really fun collaboration and a very unique and exciting area for future studies.”

For his research, Funk is studying the microscopic roundworm Caenorhabditis elegans in order to understand cells with multiple nuclei.

Most animal cells have only one nucleus, which is the control center of the cell and contains most of the cell’s genetic material. However, sometimes cells fuse together, creating a cell with multiple nuclei.

 

In humans, cells with multiple nuclei are critical to muscle, bone, and placenta formation. In C. elegans, these cells control many epidermal functions, including molting.

Ultimately, figuring out how these fused cells function and how their internal nuclei communicate in the worm will provide insights into human biology, helping us understand and treat diseases like muscle disorders or aggressive cancers where cell fusion goes wrong,” says Funk.

For the first two years of his Pathway to Independence grant, Funk will pursue his research with mentorship from Fay and Professor Dan Levy.

The second stage of the grant will fund his first three years as a tenure-track faculty member. He hopes to secure a faculty position at UW if possible.

We recently became an R1 research university, and I think this is a sign that UW and [the Department of Molecular Biology] are doing science at a really high level, and that you don’t have to go to Harvard or Yale to conduct amazing research,” says Funk.

Funk earned his Ph.D. from the University of Michigan and received his bachelor’s degree from Bates College in Lewiston, Maine.

Share the Post:

Related Posts

In a fenced-in grassy space, a gardener with a sunhat sprays water from a garden hose onto an area of ground covered in flattened pieces of cardboard

UW Extension to Host Water-Wise Garden Workshop in Buffalo

A water-wise gardening workshop will be held by University of Wyoming Extension and the Johnson County Master Gardeners on Saturday, June 20, from 9 a.m. to 12:30 p.m. at the Buffalo Community Garden (across from 30 Fairgrounds Rd).

Participants will learn the principles of water-wise gardening, sometimes called xeriscaping, and will help install native perennial plants in a new demonstration garden bed.

Read More
two mice sit together under the reddish glow of a heat lamp

The Science of Snuggling: What Huddling Mice Can Teach Us About Body Temperature Regulation

If you’ve ever stayed home sick, you’ve probably experienced the unpleasant temperature swings that accompany a fever. You may remember feeling chilled, then warming up as your fever spiked—a well-established process governed by the autonomic nervous system.

But maybe you also wrapped up in a blanket to keep warm. The science behind this kind of behavioral response is less well understood.

Read More

Help us improve this website!

We’re working to make AgNews easier to use and more useful for you. This quick survey takes about 1–2 minutes.