TGen Talks

What connects a fashion show to biomedical research? More than you'd expect—especially in the fight against women’s cancers and the local support for TGen and City of Hope. 

TGen’s 5th annual Runway for Research takes place on Friday, October 17, in partnership with Neiman Marcus, Scottsdale Fashion Square, and City of Hope Phoenix. 
Runway for Research blends fashion and purpose, supporting advancements in women’s cancer research and treatment. Attendees will experience the season’s latest runway trends, connect with community leaders, and support groundbreaking local research. 

In this episode of TGen Talks, Runway co-chairs Lee Courtney and Amy Hair spotlight Runway for Research, and explain why it’s about more than style; it’s about saving lives. This year’s “Pink Elegance” theme continues the color tradition launched in 2023, encouraging guests to wear their favorite shades of pink in honor of cancer survivors and in support of future discoveries.


Registration is now open at tgen.org/runway.

What if medicine worked to get you healthier overall—not just people like you or for one or another symptom? In the latest episode of TGen Talks, host Karie Dozer sits down with Nicholas Schork, Ph.D., and Laura Goetz, M.D., co-authors of a recent commentary published in Nature Communications, From Precision Interventions to Precision Health, to explore the promise—and complexity—of truly personalized healthcare.

Traditional medicine treats symptoms. Precision healthcare, however, rethinks that model entirely. By tapping into genomics, environment, lifestyle, and even real-time data from wearable devices, Drs. Schork and Goetz discuss developing highly individualized approaches that don’t just treat illness—they aim to prevent it.

Together, they unpack how this shift could redefine everything from how drugs are tested, to how diseases are managed, and even how we define “health.” They discuss cutting-edge innovations like anti-sense oligonucleotides—drugs custom-made for an individual’s genetic code—and the rise of geroprotectors, compounds designed to support whole-body wellness as we age. They discuss the difficulties of such specific treatments and the differences in the way different patients might metabolize and respond to the same medicine.

The future of medicine isn’t one-size-fits-all. It’s N-of-1—and it might just be closer than you think.

Summers at TGen offer a unique opportunity for students to dive into the world of biomedical research. The Helios Scholars Program at TGen actively engages student interns in real-world science and administrative functions, as they gain practical experience and contribute to ongoing projects.
Join host Karie Dozer as Helios Scholar Audra Welch shares her unfiltered experience in the intensive eight-week program. Discover how this Northern Arizona University biology and Spanish major is diving headfirst into biomedical research, specifically exploring how age influences the brain's response to sepsis.
Audra candidly discusses the thrill and challenge of wet lab work, building on the extensive research of her Ph.D. mentor, and the unique experience of preparing for a research symposium presentation. She also reflects on her journey from environmental engineering to medical microbiology and shares the surprising inspiration she found in an American surgeon and medical researcher Dr. Charles Drew.
Whether you are an aspiring scientist, or simply curious about the next generation of researchers behind the biomedical advances of the future, Audra’s insights reveal the supportive and welcoming environment at TGen, where learning and discovery drive the science behind the breakthroughs.

In this episode of TGen Talks, we spotlight the Ivy Neurological Sciences Internship Program at TGen. This year-long program bridges the gap between undergraduate studies and medical school, providing aspiring physicians with direct laboratory experience. Interns actively participate in ongoing research, often leading independent projects.

Joining our podcast is Ivy Intern, Megan Locklear, who’s completing a year-long internship working in the glioblastoma lab before entering medical school. Her work exemplifies how TGen empowers the next generation of medical researchers. Join us as we discuss her experiences and the impact of this unique internship.

The year of lab work has taught Megan more about what type of medical field she might pursue, the importance of biomedical research when dealing face-to-face with patients and their families and why stepping outside your comfort zone can bring about the best possible learning experiences.

This month on TGen Talks, we get an insider’s perspective on how today’s biomedical research translates into tomorrow's treatments. We sit down with Stephanie Pond, Ph.D., Vice President of Emerging Opportunities at TGen.

We’ll Learn about the crucial role of TGen’s START and EDP programs – the Scientific Technology Assessment Research Team and Enterprise Directed Programs – in accelerating this process.

Dr. Pond explains how her team works to identify gaps in current research tools, partner with biotechnology companies to develop new technologies, and help commercialize TGen’s research discoveries. She highlights how advances in multiomics, single-cell sequencing, and spatial technologies are transforming biomedical research and enabling new diagnostic tests and treatments. Dr. Pond also discusses TGen's Enterprise Directed Programs, which focuses on taking research discoveries and developing scalable clinical tests and products.

Join us to hear Dr. Pond’s passion for technology and science and her dedication to bringing personalized medicine to life, faster.

Understanding how infectious diseases spread in the past is important to understanding how they affect populations today. The difficulty lie in piecing together information given that so little is known about how microbes spread historically.

Applying academic rigor with scientific assessment, two microbiologists teamed with an archaeologist to look at different types of evidence — genetics, anthropology, paleontology and climate — in an attempt to explain how the fungus that causes Valley fever, Coccidioides immitis, ended up in a specific area of Washington state. The review article in mBio by Drs. David Engelthaler, James C. Chatters and Arturo Casadevall details their approach from a historical perspective, applying what they knew about the biology and epidemiology of C. immitis, which led them to propose a new theory for why it has emerged in that region of Washington.

Today, a great deal of discussion around the spread of diseases and the expansion of their habitats focuses on the effects of global warming. And while climate change does have an impact on different environments and habitats, this investigation sought to understand how and why different microbes, like fungi, move from one place to another through the lens of modern biology.

Their final analysis, climate change may not always be the reason behind the spread of diseases, but it can reveal past events that could be dangerous.

Engelthaler explains more in this edition of TGen Talks.

Science has come a remarkably long way, especially since sequencing the human genome, but has it come far enough for everyone?

A focus of TGen research has always been finding a path to the clinic and ensuring the work is relevant to patients in need. But that’s not always easy.

Jeffrey Trent Ph.D., F.A.C.M.G., TGen's Founding President and Research Director, on episode 39 of TGen Talks, discusses how investigators at TGen headquarters continued their research into various cancers and other diseases without missing a beat while most of the world was on COVID lockdown, and shares his views on the value of having summer interns.

All this and more on TGen Talks.

Pulmonary Fibrosis. A debilitating disease that restricts a person’s lung capacity, controllable with drug therapies, but it’s only “cure” is a double lung transplant. Researchers at TGen have released the results of a study that investigated the disease on a cellular level. Using advanced spatial transcriptomics, they identified hidden disease markers in seemingly healthy lung tissue—offering hope for earlier, more personalized treatments. Targeting these early disruptions could improve lung function and outcomes. With current PF treatments only slowing decline, this discovery, published in Nature Genetics, marks a step toward preventing irreversible damage. In this episode of TGen Talks, Nicholas Banovich, Ph.D., discusses the Nature Genetics finding and the new spatial map of gene expression in lung cells. Instead of blending tissue together and analyzing it, scientists can now examine individual cells and pinpoint where molecular changes happen. We’ll break down what this means, how it’s done, and why it could change the way we study lung disease.

In this episode of TGen Talks, which celebrates Women’s History Month (March), we’ll explore how women in science have shaped the world around us, and how their stories continue to inspire future generations of young women to become researchers, leaders, and trailblazers who continue to break barriers.

Joining the podcast this month is Bethany Davis, Ph.D., an enrolled member of the Turtle Mountain Band of Chippewa Indians and a Research Assistant Professor in TGen’s Clinical Genomics and Therapeutics Division.

Davis specializes in studying the effects of environmental toxins, like heavy metals, and other conditions that affect the kidneys. She’s particularly focused on understanding the molecular characteristics behind kidney cancer in Native American communities.

Beyond her research, however, Dr. Davis shares her personal journey into science. As a woman in a field traditionally dominated by men, she’ll highlight some of the unsung pioneers whose work laid the foundation for modern science, reflect on her personal career path, the challenges she’s faced, and her vision for the future of cancer genomics in Native American health.

Join us for an inspiring conversation that illuminates the power of women in science and their impact on advancing health and innovation.

What if the cure for diseases like Alzheimer’s or cancer lay hidden inside the immune systems of llamas, cows, or even sharks? 
   

On this episode of TGen Talks, TGen’s newest faculty member, Dr. John Fryer, introduces us to the world of nanotherapeutics—a new class of biologics derived from the unique immune systems of animals like camels and sharks. These ultra-small molecules, known as “nanobodies,” are revolutionizing the way we think about treating diseases like Alzheimer’s, cancer, and even sepsis.
   

Dr. Fryer explains how these tiny molecules—about 10 times smaller than traditional monoclonal antibodies—can target tough-to-reach areas like the brain, offering new hope for conditions once thought impossible to treat. He dives into his team’s work on neurodegenerative diseases, sepsis, and cancer, and shares how the collaboration between TGen and City of Hope is accelerating the development of these next-generation therapies.
   

What’s even more fascinating? How creativity and curiosity drive scientific discovery, with Dr. Fryer’s lab exploring everything from nano and pico bodies to the science behind brain tumors. Tune in to learn about the science, the passion, and the unexpected inspiration that drives this groundbreaking research.