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26 September 2025
Postdoc Profile: Q&A with Piotrowski Lab Postdoc, Khoa Nguyen
"The real-world experience of being in a lab will be beneficial in helping you determine if you want a career in science."
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The ceremony celebrated the accomplishments and future endeavors of the graduates who are continuing their scientific discoveries at cutting edge industry positions and at academic institutions including Harvard University, the Mayo Clinic, University of Pennsylvania, Northwestern University, and The Rockefeller University.
This year, on May 8, 2023, the Graduate School of the Stowers Institute for Medical Research hosted its first in-person ceremony since 2019 to celebrate 23 predoctoral researchers’ successful completion of their Ph.D. program requirements. Fourteen individuals who earned their degree over the past four years were in attendance, along with friends, families, and the faculty members who mentored them along the way.
The ceremony celebrated the accomplishments and future endeavors of the graduates who are continuing their scientific discoveries at cutting edge industry positions and at academic institutions including Harvard University, the Mayo Clinic, University of Pennsylvania, Northwestern University, and The Rockefeller University.
Stowers Graduate School President Betty Drees, M.D., addressed the graduates and members of the Institute along with remarks from Dean Matt Gibson, Ph.D., Graduate Joaquín Navajas Acedo, Ph.D., and Board Member Nipam Patel, Ph.D.
The Stowers Institute and the Graduate School are proud to recognize the graduates in order of Ph.D. conferral year and commend their current positions below:
2019 Graduates
2020 Graduates
2021 Graduates
2022 Graduates
Congratulations to all graduates of the Graduate School of the Stowers Institute for Medical Research.
News
26 September 2025
"The real-world experience of being in a lab will be beneficial in helping you determine if you want a career in science."
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In The News
25 July 2025
Published in Technology Networks, scientists have discovered how two genes control the regeneration of sensory hair cells in zebrafish, offering new clues for addressing hearing loss in humans. Published in Nature Communications, the study, led by Tatjana Piotrowski, PhD, provides a clearer picture of how stem cells and their progeny divide to replenish damaged tissue – a process that fish perform naturally but humans cannot. These findings could open new avenues for regenerative medicine research targeting hearing and balance disorders.
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In The News
22 July 2025
From SciTechDaily, zebrafish can regrow hearing cells we can’t, and scientists have just found two genes that may explain how. This discovery could pave the way for future therapies to reverse hearing loss in humans.
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