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At the BioFrontiers Institute at the University of Colorado Boulder, researchers are tackling some of the world's biggest health challenges through groundbreaking research on neurodegenerative diseases, Alzheimer's and cardiovascular health. From studying how toxic proteins contribute to memory loss and cognitive decline to uncovering how Burmese pythons grow healthy hearts without long-term damage, scientists are pursuing discoveries that could shape future medical treatments. University leaders say the ultimate goal is not only scientific discovery, but also ensuring research is translated into innovations, therapies and commercial solutions that deliver real-world impact.
Transcript
00:00On the other hand, while the world's attention is often drawn to artificial intelligence, AI, and quantum computing,
00:06some of the most important scientific breakthroughs could come from the fight against disease.
00:11At the BioFrontiers Institute of University of Colorado Boulder,
00:16researchers are now exploring new ways to understand conditions such as Alzheimer's,
00:22disease memory loss, and heart disease, with the goal of turning fundamental science into future medical solutions.
00:29So, during reporting tour organized by the U.S. Fereng Press Center titled The Next Frontier How American Innovation Powers
00:37Global Commerce,
00:38Astro Awani visited the Institute of Learn How Seemingly Unrelated Research Could Help Address Some of the World's Biggest Health
00:46Challenges.
00:49One area of research led by Professor Roy Parker focuses on neurodegenerative diseases, including Alzheimer's disease.
00:57His work examines how RNA biology and toxic protein aggregations contribute to cellular damage in the brain,
01:05and also scientists believe these processes play a critical role in memory loss, cognitive decline, and progression of Alzheimer's.
01:13By gaining a better understanding of how the tau protein and other toxic proteins damaged cells,
01:18researchers hope to identify new pathways for future treatments.
01:23I think we understand pretty well what's going on, what's going bad in the brain.
01:28I think the challenge, because these diseases, they occur over like 20 years, right?
01:34Someone first starts forgetting things in their 60s, and they get worse and worse, and they really, in their 80s,
01:39get really bad, right?
01:40It takes a really long time, and so there's a lot of ideas which have worked in the lab to
01:46treat this now,
01:47and there's a lot of really interesting clinical trials going on.
01:53I think we're going to have things which work five years from now, ten years from now.
01:59At the same institute, researchers are taking a very different approach to medical discovery.
02:04Professor Leslie Lin Wand and her team have been studying Burmese phythons,
02:08which possesses an extraordinary biological ability to enlarge their heart after feeding and then return to normal without suffering long
02:17-term damage.
02:18For scientists, this natural process could offer important insights into cardiovascular disease.
02:24The python heart, when it eats one of these gigantic meals, because it goes for long periods of time's casting,
02:30their hearts get big too, and it mimics that of chronic exercise.
02:34And the reason that that could be important in humans is that there are people with heart disease who cannot
02:40exercise.
02:41And so if we could discover exactly what it is in the pythons that causes the heart to get big
02:47in a good way,
02:48that might translate to a therapeutic.
02:50The research could help scientists to better understand the difference between healthy heart growth
02:55and the harmful enlargement of the heart often seen in human disease.
03:01Researchers hope that lessons from nature may one day lead to a new strategy for preventing or treating heart conditions
03:08that affect millions of people worldwide.
03:11But for CEO Boulder Chancellor Justin Schwartz, the challenge is not just generating new knowledge,
03:16but creating a pathway for discoveries to become products, companies, and solutions that benefit society.
03:23You're going to have to learn how to identify valuable IP in your faculty's research outcomes.
03:31You're going to need to get your faculty, and this is probably the single most important piece,
03:36you're going to need your faculty to be excited about the idea, right?
03:39And you're going to need faculty who understand that what they do not only has intellectual value,
03:44but then they have commercial value.
03:46You're going to need to have the resources to commit to IP protections,
03:51which frankly can get very expensive given the way global IP is managed at an individual national level in most
04:00countries.
04:01And then you're going to need to also accept the fact that most startups don't make it.
04:07Femproteins linked to Alzheimer's disease to the remarkable biology of phytons,
04:12researchers at the University of Colorado Boulder believe some of tomorrow's medical breakthroughs
04:17may emerge from answering fundamental scientific questions today.
04:21Najib Arof, Astro Awani, Boulder, Colorado.

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