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Kaylee Vosbigian, Ph.D.

@kaylee-vosbigian.bsky.social
89 followers 210 following 6 posts

Postdoctoral scholar at OSU 🔬🧫

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Kaylee Vosbigian, Ph.D. @kaylee-vosbigian.bsky.social · 11/05/2026
The second part of my dissertation research is up online as a preprint!
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Kaylee Vosbigian, Ph.D. @kaylee-vosbigian.bsky.social · 23/07/2025
Last week I had the opportunity to share my research in North Carolina at the Annual American Society for Rickettsiology Meeting. I enjoyed hearing about the current research in the field and connecting with a great community of scientists! #ASR2025
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Reposted by Kaylee Vosbigian, Ph.D.
WSU College of Veterinary Medicine @wsuvetmed.bsky.social · 03/07/2025
Washington State University researchers have discovered how the bacteria that cause anaplasmosis and Lyme disease hijack cellular processes in ticks to ensure their survival and spread to new hosts, including humans. #Ticks #TickResearch #WSUVetMed #WSU #GoCougs news.wsu.edu/press-releas...
news.wsu.edu
Bacteria hijack tick cell defenses to spread disease
Discovery by WSU researchers may help develop ways of eliminating the infectious bacteria in ticks before they spread to humans.
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Reposted by Kaylee Vosbigian, Ph.D.
Science Blog @scienceblog.com · 30/06/2025
The Tiny Thieves Inside Every Tick Bite Every summer, millions of Americans venture into tall grass and wooded trails, unknowingly walking into microscopic crime scenes. Inside the ticks waiting in that vegetation, bacteria are pulling off one of nature's most elegant heists—turning their hosts'…
scienceblog.com
The Tiny Thieves Inside Every Tick Bite
Every summer, millions of Americans venture into tall grass and wooded trails, unknowingly walking into microscopic crime scenes. Inside the ticks waiting in that vegetation, bacteria are pulling off one of nature's most elegant heists—turning their hosts' own cellular machinery into accomplices. New research reveals exactly how the microbes behind Lyme disease and anaplasmosis hijack tick biology to fuel their spread.
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Kaylee Vosbigian, Ph.D. @kaylee-vosbigian.bsky.social · 17/06/2025
Excited to share my first, first-author paper was published in PNAS today! www.pnas.org/doi/10.1073/...
pnas.org
ATF6 enables pathogen infection in ticks by inducing stomatin and altering cholesterol dynamics | PNAS
How tick-borne pathogens interact with their hosts has been primarily studied in vertebrates where disease is observed. Comparatively less is known...
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Reposted by Kaylee Vosbigian, Ph.D.
Dana Shaw @shawlab.bsky.social · 10/01/2025
Very happy to share the latest preprint from my lab led by Kaylee Vosbigian @kaylee-vosbigian.bsky.social ! We found that Anaplasma activates the ATF6 branch of the unfolded protein response in Ixodes ticks to facilitate cholesterol uptake for growth and survival. #MicroSky #Anaplasma #ticks
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