26 August 2025
Lab Members at ISRB 2025
Daniela Muench earned the Best Graduate Student Oral Presentation Award, while Kelsey Scott, Logan Sabin, and Ya-Yin presented posters at the 2025 ISRB conference.
Read Article
News
The annual award honors the memory of Stowers Predoctoral Researchers Camila Behrensen and Pablo Guzmán Palma.
Eric Olson, Ph.D., Julia Peloggia, Ph.D., Tatjana Piotrowski, Ph.D. Matt Gibson, Ph.D.
In honor of the memory of Stowers Predoctoral Researchers Camila Behrensen and Pablo Guzmán Palma, the annual Behrensen – Guzmán at Palma Award recognizes the most outstanding research paper led by a graduate student at the Stowers Institute for Medical Research. Selected by the Stowers Scientific Advisory Board (SAB), the award celebrates scientific excellence, creativity, and technical innovation.
The 2025 recipient is Julia Peloggia, Ph.D., a former predoctoral researcher in the lab of Stowers Investigator Tatjana Piotrowski, Ph.D. Peloggia was honored for her 2024 publication in Development, which revealed that environmental factors, alongside genetics, play a crucial role in guiding the development of sensory organs. The findings underscore that development displays high flexibility—an insight that may be critical for understanding how aquatic animals can adapt in a changing climate.
Matt Gibson, Ph.D., President of the Graduate School and Stowers Investigator, and Eric Olson, Ph.D., SAB member, presented the award to Peloggia. Piotrowski expressed gratitude to the SAB for recognizing Peloggia’s achievement and invited the Stowers community to join her in offering congratulations.
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.
Read Article
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.
Read Article
In The News
20 July 2025
From StudyFinds, new research from the Piotrowski Lab published in Nature Communications, the study reveals that the regenerative process is far more flexible than previously understood, opening new avenues for therapeutic approaches that don’t rely on traditional cell division pathways.
Read Article