Matt Wachowiak
@dmattw.bsky.social
69 followers 32 following 2 posts
Neural mechanisms of sensation, neural circuits, all things olfactory. Professor @ University of Utah Neurobiology https://www.wachowiaklab.org/
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dmattw.bsky.social
Actually, we calculated that over half of the studies surveyed deliver concentrations (in vapor phase) that are higher than the concentrations IN the source (i.e., in liquid or solid phase). Crazy!
Reposted by Matt Wachowiak
meeksandmilds.bsky.social
Not okay.
montoj.bsky.social
So long, NIH. The place I grew up in and discovered my passion for science communication.

I found a true calling to help take innovative genomics research and make it accessible, interesting and fun for wider audiences.

I'm so devastated that my whole team got laid off today.
Reposted by Matt Wachowiak
karenswilcoxphd.bsky.social
To the outstanding civil servants at NIH who are waiting to find out if they are one of the 1200 individuals to be laid off this weekend, we stand by you and know that you worked hard to help the country innovate, find cures, and save lives. This sucks. #MedSky www.rdworldonline.com/nih-layoffs-...
NIH layoffs threaten US's edge in science and health innovation
With weekly government layoffs, one announcement deserves far more attention than it’s receiving: staffing cuts at the NIH.
www.rdworldonline.com
Reposted by Matt Wachowiak
jasonsynaptic.bsky.social
Our university’s NIH CTSA (Clinical and Translational Science Award) was just cancelled for having some keywords that just mean it will serve ALL people in Utah. This funds research that moves discovery science into clinical therapies. This is literally the mandate of the NIH! 😰 🧪
dmattw.bsky.social
Glad to share this review of odor concentrations in nature versus experiments, just out in J Neurosci. Spoiler: they are far apart. We discuss implications for olfactory neuroscience and welcome debate. With @neuroboz.bsky.social @dewanlab.bsky.social, Betty Hong. www.jneurosci.org/content/45/1...
Comparison of odorant concentrations in experimental studies, headspace of natural sources, and detection thresholds in rodents.