Empowered Patient Podcast

Meghan Gutierrez, CEO of the Lymphoma Research Foundation, and Jennifer Branstetter, the Executive Director, North America Corporate Affairs at BeOne Medicines, join me to discuss the growing use of AI in patient care with a specific focus on individuals with lymphoma and other blood cancers. Emphasis is on the necessity of a collaborative, patient-centric approach to developing AI tools, bringing together patient advocacy organizations, healthcare professionals, and pharma partners to provide accurate information to patients. The goal is to serve a diverse population by providing personalized, accessible information to help patients have more meaningful discussions with their healthcare providers, not to replace the clinician's role. Jen explains, "We know that tens of millions of people are using AI tools in general, like ChatGPT, for health questions, including patients with blood cancers like chronic lymphocytic leukemia or CLL, they're all turning to the different AI tools that are out there. And from o

Dr. Mike McCullar, CEO of RegCell, is developing a novel cell therapy to treat autoimmune diseases that specifically addresses the loss of tolerance, in which the immune system mistakenly attacks the body's own tissues. This approach contrasts with current treatments, which broadly suppress the immune system and may cause side effects. The key goals of the therapy are to achieve long-term disease control and restore the immune system's natural balance. The company's manufacturing process is designed to simplify cell therapies, making them more affordable and accessible to a broader population of autoimmune patients. Mike explains, "The real driver of immunity, we believe, is what's called loss of tolerance, which is a system in our bodies that protects us from bad immune cells that attack our tissues. So that's a fundamental limitation in biology, and there really is not a curated treatment at this point. So our view has really been to try to restore the natural balance of our immune system by regulatory T c

Amy Mendoza, Chief Marketing Officer at Alphaeon Patient Financing, highlights the advantages of working with a finance company that provides options for treatments in cosmetic, dental, vision, audiology, and veterinary care. This is an approach for patients who might delay or forgo treatment and preventive care due to cost, including those with average credit or who need subprime options.  Working with providers, Alphaeon helps grow their practices and improve patient experience and outcomes.  Amy explains, "I think the most charming and attractive part of Altheon in healthcare is that it is opening access and providing solutions for patient financing. This includes access to treatments that providers can offer in healthcare markets, including cosmetic, dental, vision, audiology, and now veterinary care."   "Financing is access. And so it's not that patients lack a desire for care, they're lacking affordable pathways. And so, being able to deliver and present the right financing solutions opened the door t

Dane Stevens, Founder, CEO, and Director at Optimi Health, a Canadian company that manufactures MDMA and naturally derived psilocybin from mushrooms for use in therapy for PTSD and treatment-resistant depression. These psychedelic-based mental health treatments are being used in the regulated market in Australia and in Special Access programs in Canada, and showing real-world evidence of a positive impact. Dane emphasizes the importance of a clinical setting for the administration of psychedelic medicines and integration with traditional therapy. Dane explains, "We exist to support the responsible use of psychedelic medicines within regulated healthcare systems. We are a manufacturer of both MDMA and psilocybin, and our company exports those products to the only truly regulated market in the world right now, which is Australia. There, our MDMA is being prescribed for PTSD, and our psilocybin, naturally derived psilocybin extract, is being prescribed for treatment-resistant depression. And so we're not your c

Renzo Luzzatti, Founder and CEO of US-Rx Care, discusses the role and practice of the Pharmacy Benefits Managers and the advantages of working with a company that uses a fiduciary model. Inherent conflicts of interest in the traditional PBM model, such as manufacturer rebates and requirements to use PBM-owned pharmacies, drive up prescription drug costs. US-Rx Care eliminates these conflicts by charging a flat administrative fee with its sole incentive to lower drug costs for the plan and its members. Renxo explains, "We've been around since 2007. We do have about 5 million lives under management, both self-funded employers, which is the bulk of our business. Then we also tap into Medicare health plans and have some programs and offerings that we assist there to lower costs and improve the quality of care. Our approach is unique in that we've taken a fiduciary stance from day one. We can talk about that in a little bit. It is a legal term. It's defined under ERISA, which governs health plans. They have a fid

Kory Daniels, Chief Security and Trust Officer at LevelBlue, discusses the multifaceted cybersecurity challenges in the healthcare industry and the risks posed by legacy systems not designed for secure internet connectivity. Artificial intelligence is being used successfully to defend against cyber attacks, while threat actors are using AI without ethical constraints to launch sophisticated attacks. Managing cybersecurity includes using digital twins to model vulnerabilities and to develop strategies for identity and access management for human and non-human identities, such as robots and AI agents.  Kory explains, "We must recognize that we're not starting from a clean slate - we have a lot of decades-old systems operating both within the physical footprint of the healthcare and hospital facility and in record retention and data management. Many organizations are looking at how to get ahead in identifying what needs to happen to embrace new technology and much of the innovation. At the same time, being cons

Chase Idleman, Chief Executive Officer of Arlow, is leveraging emerging AgeTech and the longevity economy to develop solutions for an aging population, their families, and caregivers. With a human-centered approach to the entire aging process, Arlow uses AI to create a system for action for adults over 65 and their support networks. The main goal is to make tasks like care coordination, document management, medication adherence, and detecting changes in behavior and physical abilities easier. Chase explains, "AgeTech is more around the people in the population. So if you look at aging, it is not one point in time, but is truly a continuum and impacts so many people. It's not just the person who's aging, but also the family members and the entire circle of care around them. So, AgeTech is that kind of emerging field, which is how I try to differentiate it. Again, it's not product-centric, but it is really human-centric over a continuum of time."   "What we felt was the biggest opportunity was not only creatin

Dr. Ivan Horak, Founder and CEO of Tikva Allocell, is focused on next-generation allogeneic cell therapies using modified T-cells from healthy donors to make these therapies more scalable, accessible, and affordable. Using virus-specific T-cells, this approach is showing effectiveness against solid tumors, which are difficult for traditional CAR-T therapies to treat. The primary target is an antigen found particularly in Epstein-Barr virus-associated malignancies and is showing potential for treating autoimmune diseases as well as cancer. Ivan explains, "Cell therapy has a long history. We started with many scientists, but probably the godfather of the technology, Zelig Eshhar, who's not with us anymore. He passed away last year. The idea behind that was to use patient cells and modify them and use them as a fighter against the cancer. But over time, we realized over the last two decades that it's very useful, very successful in the treatment of hematologic malignancies, but it's very expensive and labor-int

Tyrone Lam, is Chief Business Development Officer at GATC Health, a company that has developed a predictive AI model to derisk and accelerate drug discovery and development. A significant partnership with Lloyd's of London to use this technology to underwrite insurance for clinical trials enables the insurer to base financing decisions on objective reports that predict a drug's safety and efficacy with high accuracy. There is potential for this technology to become a standard for biotech investment, reducing reliance on animal testing and enabling more efficient development of drugs for smaller patient populations.  Tyrone explains, "GATC Health is a technology company that is de-risking and accelerating the drug discovery and drug development process. So at a higher level, our mission is to take as much of the financial and scientific risk out of the drug discovery business as possible, which would enable better, safer, and more available drugs to be available for humans."   "Our overall platform is called

Kristin Ashcraft, Co-Founder and CEO of OncoRx Insights, is determined to bring current information to community-based oncologists to help them identify precision therapies for their patients. The AI platform is designed to augment the oncologist's expertise by analyzing molecular diagnostics, pathology reports, and patient history to identify appropriate FDA-approved drugs and possible clinical trials. The aim is to democratize access to advanced treatment information, bringing the capabilities of academic medical centers to the community setting. Kristin explains, "Our goal is to increase the lifespan of cancer patients by enabling community oncologists to more efficiently identify precision therapies for their patients. We do this through a unique, comprehensive analysis of the molecular diagnostics, patient history, and pathology reports. The reason that we are here is that it can be summed up really well in a study that was recently published in the Journal of Clinical Oncology, in which they found that

Ian Crosbie, CEO of Sequana Medical, identifies the incidence of liver cirrhosis and the complication of liver ascites, which causes significant fluid buildup in the belly that severely impacts a patient's quality of life. Standard treatment requires repeated hospital visits to drain the fluid. The alfapump developed by Sequana is a fully implanted device that continuously drains ascites into the bladder for natural excretion, eliminating the need for drainage procedures. Ian explains, "Liver ascites is a complication of liver cirrhosis, a serious condition where the liver becomes badly scarred. As a result, the fluid accumulates in the belly, often five to ten liters of fluid. And as you can imagine, this causes huge swelling of the belly and major clinical problems, and obviously dramatically impacts the quality of life of these patients. Problems can include instability and falling. You can imagine with all that weight out front. The swelling of the belly causes difficulty eating, breathing, sleeping, and

Andria Parks, Head of Commercial Operations at First Ascent Biomedical, highlights the value of using a biopsy to grow cancer cells in a lab to determine which drugs are most likely to be effective against a specific cancer. This functional medicine approach combines lab data, genomic data, and AI to produce a report that identifies which drugs might work and which are unlikely to be effective for that individual patient. This perspective is particularly effective for rare cancers, which often lack established treatment guidelines.  Andria explains, "First Ascent Biomedical is a functional precision medicine company. And what that means is we've put together three very unique and advanced technologies to produce something very specific, and I'll explain what that means. What we do is we take a fresh biopsy from a patient, and we will grow those cells in our lab in a medium very similar to the human body. We will test or validate more than 150 drugs and drug combinations on those cells to see what works on tho

Dr. Steven St. Peter, Co-Founder and Managing Director of Vie Ventures, discusses his firm's unique hybrid model that combines venture capital with disease philanthropy to accelerate the development of new therapies for autoimmune diseases.  While philanthropies have excelled at funding basic research, a gap exists in translating those findings into FDA-approved drugs. Steven points out that the autoimmune field is entering a golden age, driven by insights from immuno-oncology and by AI's potential to analyze data across autoimmune diseases. Steven explains, "I've been doing venture capital for the last 30 years. I'm also a physician, but I'm very interested in how venture capital is helping bring new therapies to patients, and that's really the core of what venture capital does. So I've been doing that and am comfortable with that for a long time, as well as my co-founders. About five years ago, I joined an effort working with the disease philanthropy to help create a hybrid model. And I thought that was ve

Ed Ahn, CEO of MEDIPOST, is developing next-generation stem cell therapies for inflammation-driven degenerative diseases with a primary focus on knee osteoarthritis. Using umbilical cord-derived stem cells, which have higher proliferation capacity than adult-derived stem cells, allows MEDIPOST to scale cell manufacturing and provide broader access to care. The company's lead program, Cartistem, has been approved in Korea for over 10 years, and new funding will accelerate US clinical trials. Ed explains, "We are focused on treating inflammation-driven degenerative diseases. So all these diseases that you commonly associate with the aging process. Those are some of the things that we're very interested in slowing the progression of." "We're actually going back to the source for neonatal stem cells from the cord blood. One of the primary advantages of going for a neonatal source of stem cells versus an adult source is that these are the most naive stem cells that one can obtain. And what I mean by naive is that

Yael Elish, Founder of StuffThatWorks, was part of the Waze founding team that brought crowdsourcing to maps and traffic. She is now bringing her insights into the power of the crowd to build a patient-generated real-world database to support patients and medical research, accelerating drug development, and improving the efficiency of clinical trials. Their OpenStuff platform is an AI-powered search tool that makes patient experience data accessible to patients, doctors, and researchers, and validates the patient experience. Yael explains, "As background, I was part of the Waze founding team, and this is where I got acquainted firsthand with the power of crowdsourcing. Waze does crowdsourcing of traffic and the building of maps. And this is where people are joining based on a common vision that if everyone shares information in an organized form. If there's a platform that can collect all the data in a structured format, it can deliver everything in a way that's much more useful and solves a very big problem

Jesse Lipson, Founder and CEO of Levitate, focuses on using AI to help providers enhance patient-provider communication and develop and maintain personal, authentic connections with patients. Patient expectations are changing due to AI, and patients now expect more responsive, personalized messaging from doctors. This service-as-software can support busy providers in developing and executing a communication strategy at scale to build their practices and strengthen relationships with patients. Jesse explains, "My vision was to help what I call relationship-based businesses. I would consider many types of healthcare practices to fall into that category, and to do a better job of keeping in touch with their patients in a more personal, authentic way at scale. And so I think the challenge is we all know the value of the simple things like remembering kids' names, pets' names, spouse names, hobbies, and reaching out and keeping in touch in a thoughtful way on a regular basis. But it's very hard to do that at scal

Dr. Justin Schrager, Founder and Chief Medical Officer at Vital, aims to address poor communication in acute care settings such as hospitals and urgent care centers. Vital's software platform provides patients with real-time, understandable information on their own devices via a secure website. This AI-powered system is designed to provide updates on lab results and educational content, and to augment clinical care without adding to the workload of doctors and nurses. Justin explains, "We make software for the hospital, urgent care, and inpatient settings. The problem is that communication suffers when you get busier. So the busier you are, the less communication happens. It's a bit of a catch-22. And it's sort of treated as an expendable action when things are really critical. I'm an ER doctor. I understand that. And so we're trying to solve that problem by essentially communicating to patients, keeping them up to date, and helping the clinical staff out when they frankly don't have a lot of time to share a

Dr. Charlotte McKee, Chief Medical Officer at Sionna, describes the nature of cystic fibrosis (CF, a genetic disease caused by a mutation in the single CFTR gene. While current CFTR modulator therapies do not address the most common mutation, Sionna's novel oral medicine is designed to target the previously undruggable NBDI domain of the CFTR protein. This new therapy aims to lead to better lung function and prevent the accumulation of permanent damage to other organs like the pancreas, gut, and liver.  Charlotte explains, "Cystic fibrosis is a genetic disease. The gene was actually discovered in 1989 for cystic fibrosis. It's considered a rare disease, but it's a relatively large rare disease. And one of those rare diseases that is potentially fatal, as you mentioned, it's thought of as a lung disease. And most patients, if their life is shortened, it's typically because of lung disease, because the lungs can be very severely affected. But the protein is caused by a genetic mutation in a gene called CFTR, a

Mark Bertagnolli, Chief Operating Officer at ViroMissile, has developed a modified vaccinia virus that can be delivered intravenously to seek out and destroy solid tumors throughout the body and is not dependent on a specific genetic driver of a cancer. The virus has been engineered to be resistant to the body's complement system, allowing it to survive in the bloodstream longer to infect the tumor. This action also turns the tumor microenvironment from cold to hot, signaling the immune system to attack the tumor and potentially working in combination with other treatments like PD-1 inhibitors to make them more effective. Mark explains, "ViroMissile has a modified vaccinia virus, and viruses tend to like to infect tumor cells. So the trick has been how to harness this. And we're on our third generation of virus, and we have a virus that you can inject intravenously that searches for tumors throughout the body, infects them, the body clears the rest of the virus, and the virus embeds itself in the tumors, rep

Dr. Ronald Lane, Founder of HOPE-Neuron Therapeutx, is developing an approach to treating ALS by rebalancing the body's immune system, which becomes dysfunctional in neurodegenerative diseases. The mechanism involves treating a patient's blood outside the body to activate the immune system and then infusing it back into the patient. The theory is that traditional drugs often fail because they target static genetic mutations and symptoms, while the source of the disease lies in the ongoing immune imbalance.  Ronald explains, "Well, in a broad sense, the goal of HOPE Neuron is based on the fact that our challenge here is to bring hope. And we use a neuronal basis to do that. We're not about drugs. There are no chemicals involved. We don't go that direction. But basically, it cuts across. We deal with memory, we deal with dementia and Alzheimer's, but our target initially is ALS."   "As I mentioned a moment ago, we're not doing drugs, we're not using chemicals. So what are you doing? Well, we're using the cell'