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.
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Video
Ahead of the American Century Championship, KSHB 41, the local NBC affiliate in Kansas City, MO visited to the institute to highlight the incredible work conducted by our scientists.
Inside the Institue feature from KSHB 41
Ahead of the American Century Championship, KSHB 41, the local NBC affiliate in Kansas City, MO visited to the institute to highlight the incredible work conducted by our scientists.
The Championship, which aired on NBC July 6-10, is put together by American Century Investments and the primary beneficiary is the Stowers Institute for Medical Research.
Below is an excerpt from the KSHB article. Read the full article and watch the video put together by Morning Anchor Taylor Hemness here.
The scientists who work at Stowers want people to know that it’s local. They especially want to communicate they take pride in the work they’re doing.
Inside the building tucked away just off of Troost Avenue, world-class scientific research is happening every day.
"You really have to be a curious person to do this,” said Dr. Alejandro Sanchez Alvarado, executive director of Stowers Institute. “Even though there's a saying that curiosity kills the cat, I think curiosity makes the scientist."
Curious perfectly describes the Stowers Institute scientists, but so do words like excited and grateful.
"It really is a privilege to be able to come every morning and wonder, ‘I wonder what they discovered today, I wonder what observation they made that doesn't make any sense,' because that's probably where a kernel of truth may be," Sanchez Alvarado said.
In addition to his duties as executive director, Sanchez Alvarado has projects of his own, including one housed in a room full of snails.
"They have eyes that are very similar to our eyes, but if you cut them out, they grow back,” Sanchez Alvarado said. “So we want to understand how animals can regenerate a cornea, a lens, an optic neuron. And the genes they're using to do that are almost indistinguishable from the genes that all of us use when our eyes were being made."
It's one of dozens of challenges the institute's scientists are tackling, and none of them are necessarily easy to describe when they meet new people.
"I kind of actually often let them ask questions to drive the conversation because sometimes that will be enough, and then they don't want anymore," said Dr. Jennifer Gerton, researcher at Stowers.
Gerton has been at Stowers for 20 years. Right now, her team is using mice to learn more about how human women's reproductive systems age.
"We have cutting-edge technologies for studying ovarian tissue and for understanding really at a cellular and molecular level what that aging process looks like," Gerton said.
Dr. Tatjana Piotrowski's team is studying hair cells.
They’re named so because they look like hair, not because they make up a strand of hair, and are present in all kinds of animals. But specifically, these hairs are found in human ears.
When they die in other species, they grow back. When they die in humans, they don't, leading to hearing loss. Piotrowski is looking into whether that could change.
"We believe that human hair cells have the capacity to regenerate if we identify where the block is that currently prevents these cells from regenerating,” Piotrowski said.
Since the onset of the COVID-19 pandemic, Sanchez Alvarado says people are paying more attention to science and what it means for humanity. He compared the work being done at Stowers to jumping head first into an abyss, ready to find an answer that could change the world.
“The 21st century, I think, is the century where we're really going to understand biology like we've never understood it before,” Sanchez Alvarado said. “It happened for physics in the 20th century, it happened for chemistry in the 19th century, it has yet to happen for biology. I think this is the century when we're going to do it."
To read the full article and view the behind the scenes video, click here.
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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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.
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