Empowered Patient Podcast

Jeff Bennett, Chief Strategy and Innovation Officer at Modivcare, is addressing and expanding supportive care services to provide transportation, personal care services, and remote patient monitoring. A lack of transportation leads to missed appointments and therapies, necessitating a coordinated approach to support vulnerable populations. Modivcare utilizes remote sensors and AI to enhance human engagement and coordination, and is designed to be both preventative and predictive, keeping patients healthy and out of the hospital.

Jeff explains, "Modivcare works on behalf of health plans, states, and risk-based entities. We provide supportive care services that meet the needs and address the needs of patients. One of those services is transportation, so non-emergency medical transportation. We also provide personal care services, which support members with activities of daily living, like bathing, meal preparation, and such. And then finally, I lead the monitoring organization, which provides services to monitor members or patients at home so they can live and age at home on their own."

"The biggest need, at the top, is that our members have health-related social needs or SDOH needs. They also are living with chronic conditions, so they need supportive care services that not only provides that core service -- so there's the obvious "I need a ride" or "if I press the button because I've fallen and I need 911 to be called if I need an ambulance or my caregiver or family member to come help me." But most importantly, the services that they need are providing an engagement service. Really, what we provide is a supportive care service that drives human connection through cutting-edge technology that drives continuous engagement. They always know that we're here, and we listen to them. We understand their needs and try to address those needs, which could be healthcare-related, social-related, or simply loneliness. So it spans that broad spectrum. And any one of our services, we're delivering that core service, but we're also driving engagement and listening for what else the member needs."

#Modivcare #SDOH #SupportiveCareServices #MedAI #DigitalHealth #CareCoordination

modivcare.com

Listen to the podcast here

Jeff Bennett, Chief Strategy and Innovation Officer at Modivcare, is addressing and expanding supportive care services to provide transportation, personal care services, and remote patient monitoring. A lack of transportation leads to missed appointments and therapies, necessitating a coordinated approach to support vulnerable populations. Modivcare utilizes remote sensors and AI to enhance human engagement and coordination, and is designed to be both preventative and predictive, keeping patients healthy and out of the hospital.

Jeff explains, "Modivcare works on behalf of health plans, states, and risk-based entities. We provide supportive care services that meet the needs and address the needs of patients. One of those services is transportation, so non-emergency medical transportation. We also provide personal care services, which support members with activities of daily living, like bathing, meal preparation, and such. And then finally, I lead the monitoring organization, which provides services to monitor members or patients at home so they can live and age at home on their own."

"The biggest need, at the top, is that our members have health-related social needs or SDOH needs. They also are living with chronic conditions, so they need supportive care services that not only provides that core service -- so there's the obvious "I need a ride" or "if I press the button because I've fallen and I need 911 to be called if I need an ambulance or my caregiver or family member to come help me." But most importantly, the services that they need are providing an engagement service. Really, what we provide is a supportive care service that drives human connection through cutting-edge technology that drives continuous engagement. They always know that we're here, and we listen to them. We understand their needs and try to address those needs, which could be healthcare-related, social-related, or simply loneliness. So it spans that broad spectrum. And any one of our services, we're delivering that core service, but we're also driving engagement and listening for what else the member needs."

#Modivcare #SDOH #SupportiveCareServices #MedAI #DigitalHealth #CareCoordination

modivcare.com

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Peter Ordentlich, Chief Scientific Officer and Founder at Syndax Pharmaceuticals, a clinical oncology company, is focused on developing precision medicine approaches to treat cancer and chronic graft-versus-host disease. The menin protein plays a critical role in driving certain types of blood cancers, and the Synex therapy is a menin inhibitor that can disrupt this cancer-driving pathway. The platform is also developing an antibody addressing the unmet needs in cGVHD to reduce the disease-driving macrophages.

Peter explains, "Syndax is a clinical oncology company, which means we're focused primarily on cancer, and we're primarily doing clinical development. We started the company really looking at resistance pathways to developing cancer, and we've been focused on two main areas. One in the indication space of leukemia, which are certain types of blood cancers, and that's with a program we have around the small molecule drug called revumenib. We are also focused in another area of diseases called chronic graft-versus-host disease. These are diseases that happen post-stem cell transplant, and there we're developing an antibody called axatilimab. And so those two programs are really what we've been focusing on for the last five or six years and have led to each of those drugs."

"So menin is a very interesting protein, and basically what this is, it's called a scaffold protein. And you can imagine a scaffold, just something you build things upon. And so menin interacts with DNA through a variety of other factors, and you build on top of this a complex of other proteins that can turn genes on and off. And in the case of certain types of leukemias, the mutation that creates certain other cancer-causing proteins binds to menin. That's what drives certain genes that drive leukemia to always be turned on. And so what we've tried to do and others have tried to do is disrupt that interaction and essentially cause the scaffold to fall apart. And when that falls apart, you can no longer keep those genes on that drive leukemia, and instead, you have genes that essentially cause the cell to stop growing."

#SyndaxPharma #AcuteLeukemia #cGHVD #Oncology #PrecisionMedicine #Menin #MeninInhibitors

syndax.com

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Peter Ordentlich, Chief Scientific Officer and Founder at Syndax Pharmaceuticals, a clinical oncology company, is focused on developing precision medicine approaches to treat cancer and chronic graft-versus-host disease. The menin protein plays a critical role in driving certain types of blood cancers, and the Synex therapy is a menin inhibitor that can disrupt this cancer-driving pathway. The platform is also developing an antibody addressing the unmet needs in cGVHD to reduce the disease-driving macrophages.

Peter explains, "Syndax is a clinical oncology company, which means we're focused primarily on cancer, and we're primarily doing clinical development. We started the company really looking at resistance pathways to developing cancer, and we've been focused on two main areas. One in the indication space of leukemia, which are certain types of blood cancers, and that's with a program we have around the small molecule drug called revumenib. We are also focused in another area of diseases called chronic graft-versus-host disease. These are diseases that happen post-stem cell transplant, and there we're developing an antibody called axatilimab. And so those two programs are really what we've been focusing on for the last five or six years and have led to each of those drugs."

"So menin is a very interesting protein, and basically what this is, it's called a scaffold protein. And you can imagine a scaffold, just something you build things upon. And so menin interacts with DNA through a variety of other factors, and you build on top of this a complex of other proteins that can turn genes on and off. And in the case of certain types of leukemias, the mutation that creates certain other cancer-causing proteins binds to menin. That's what drives certain genes that drive leukemia to always be turned on. And so what we've tried to do and others have tried to do is disrupt that interaction and essentially cause the scaffold to fall apart. And when that falls apart, you can no longer keep those genes on that drive leukemia, and instead, you have genes that essentially cause the cell to stop growing."

#SyndaxPharma #AcuteLeukemia #cGHVD #Oncology #PrecisionMedicine #Menin #MeninInhibitors

syndax.com

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Vikram Bhaskran, CEO and Co-Founder, and Dr. Rohan Ramakrishna, Chief Medical Officer and Co-Founder of Roon, have taken on the mission to provide trustworthy and personalized medical information to patients and caregivers. Leveraging technology and the expertise of medical professionals, Roon has created a comprehensive resource for navigating medical challenges. They emphasize the importance of addressing misinformation and providing accurate, science-based information. The platform is not intended to replace doctors, but to supplement relevant information and enable better communication with healthcare providers and improve patient outcomes.

Vikram explains, "Our mission is to be the best place online for anyone navigating any health condition. I started the company really through my own journey as a caregiver to my dad, who had ALS. And in that journey, I had two insights. One is that the biggest tech companies fail us. And in this moment of crisis, most people navigating any health condition will turn to "Doctor Google" and Facebook groups, which can be an overwhelming experience. And so I felt we could do better as someone coming from the tech world. I was at Pinterest before this, and my second insight was that there's a finite number of doctors. And so the experience of health today for really anyone is that you spend a ton of time in waiting rooms. You spend a ton of time waiting for someone to answer your health questions. And so Roon was born out of those two insights. And our goal is to be the best online platform to scale the world's best medical experts and their knowledge."

Rohan elaborates, "The doctors are from more than 70 different academic medical institutions, and the number is growing. They represent all the experts who have expertise to share alongside the health journeys we've launched. So as of today, we've launched brain cancer, ALS, dementia, Fertility and Family Building, PCOS, endometriosis, menopause, and we are soon to launch several other conditions related to women's health, including gynecological health. Our experts span the doctors you would expect, such as oncologists, neurologists, and OBGYNs, among others, but also social workers, physical therapists, occupational therapists, speech therapists, and legal and financial counselors - really anyone who has real expertise that they can lend to the experience of a journey. So much of dementia care, for example, is not driven by your neurologist, but by the experience of caring for someone who needs help, whether it's at a memory care facility or a skilled nursing facility, dealing with issues that doctors typically don't have a great answer for."

#Roon #HealthcareInformation #MedAI #HealthcareOutcomes #DigitalHealth

roon.com

Listen to the podcast here

Vikram Bhaskran, CEO and Co-Founder, and Dr. Rohan Ramakrishna, Chief Medical Officer and Co-Founder of Roon, have taken on the mission to provide trustworthy and personalized medical information to patients and caregivers. Leveraging technology and the expertise of medical professionals, Roon has created a comprehensive resource for navigating medical challenges. They emphasize the importance of addressing misinformation and providing accurate, science-based information. The platform is not intended to replace doctors, but to supplement relevant information and enable better communication with healthcare providers and improve patient outcomes.

Vikram explains, "Our mission is to be the best place online for anyone navigating any health condition. I started the company really through my own journey as a caregiver to my dad, who had ALS. And in that journey, I had two insights. One is that the biggest tech companies fail us. And in this moment of crisis, most people navigating any health condition will turn to "Doctor Google" and Facebook groups, which can be an overwhelming experience. And so I felt we could do better as someone coming from the tech world. I was at Pinterest before this, and my second insight was that there's a finite number of doctors. And so the experience of health today for really anyone is that you spend a ton of time in waiting rooms. You spend a ton of time waiting for someone to answer your health questions. And so Roon was born out of those two insights. And our goal is to be the best online platform to scale the world's best medical experts and their knowledge."

Rohan elaborates, "The doctors are from more than 70 different academic medical institutions, and the number is growing. They represent all the experts who have expertise to share alongside the health journeys we've launched. So as of today, we've launched brain cancer, ALS, dementia, Fertility and Family Building, PCOS, endometriosis, menopause, and we are soon to launch several other conditions related to women's health, including gynecological health. Our experts span the doctors you would expect, such as oncologists, neurologists, and OBGYNs, among others, but also social workers, physical therapists, occupational therapists, speech therapists, and legal and financial counselors - really anyone who has real expertise that they can lend to the experience of a journey. So much of dementia care, for example, is not driven by your neurologist, but by the experience of caring for someone who needs help, whether it's at a memory care facility or a skilled nursing facility, dealing with issues that doctors typically don't have a great answer for."

#Roon #HealthcareInformation #MedAI #HealthcareOutcomes #DigitalHealth

roon.com

Download the transcript here

Barry Quart, CEO of Connect Biopharma, is developing the next generation of monoclonal antibodies targeting inflammatory respiratory diseases such as COPD and asthma. Administered subcutaneously, their lead program targets IL-4 and has demonstrated the ability to rapidly improve airway function and reduce the incidence of acute exacerbations in these patients. Current treatments rely on steroids and bronchodilators, which do not address the underlying inflammatory causes, an area that has largely been under-addressed by other biologic developers.

Barry explains, "Connect has been dedicated for quite a few years to designing next-generation monoclonal antibodies targeting inflammatory diseases. I joined the company last year and really kind of turned the ship towards a sole focus on our lead program, which is rademikibart, a second-generation Dupixent, a monoclonal antibody targeting IL-4, a really important target for certain inflammatory diseases."

"IL-4 can be used as a monoclonal antibody targeting IL-4 for diseases such as atopic dermatitis, asthma, and COPD, as well as several other conditions. We're focused on asthma and COPD. So, inflammatory respiratory disease, because our product has some unique characteristics that are going to allow us to focus on an area that's really been completely ignored by other developers of biologics in the respiratory space, and specifically on patients having acute exacerbations."

#ConnectBiopharma #MonoclonalAntibody #IL4 #COPD #Asthma #AtopicDermatitis #InflammatoryDiseases #RespiratoryDiseases

connectbiopharm.com

Listen to the podcast here

Barry Quart, CEO of Connect Biopharma, is developing the next generation of monoclonal antibodies targeting inflammatory respiratory diseases such as COPD and asthma. Administered subcutaneously, their lead program targets IL-4 and has demonstrated the ability to rapidly improve airway function and reduce the incidence of acute exacerbations in these patients. Current treatments rely on steroids and bronchodilators, which do not address the underlying inflammatory causes, an area that has largely been under-addressed by other biologic developers.

Barry explains, "Connect has been dedicated for quite a few years to designing next-generation monoclonal antibodies targeting inflammatory diseases. I joined the company last year and really kind of turned the ship towards a sole focus on our lead program, which is rademikibart, a second-generation Dupixent, a monoclonal antibody targeting IL-4, a really important target for certain inflammatory diseases."

"IL-4 can be used as a monoclonal antibody targeting IL-4 for diseases such as atopic dermatitis, asthma, and COPD, as well as several other conditions. We're focused on asthma and COPD. So, inflammatory respiratory disease, because our product has some unique characteristics that are going to allow us to focus on an area that's really been completely ignored by other developers of biologics in the respiratory space, and specifically on patients having acute exacerbations."

#ConnectBiopharma #MonoclonalAntibody #IL4 #COPD #Asthma #AtopicDermatitis #InflammatoryDiseases #RespiratoryDiseases

connectbiopharm.com

Download the transcript here

Dr. Kilian Kelly, Chief Executive Officer and Managing Director of Cynata Therapeutics, has taken on the challenge of manufacturing stem cell therapies consistently and at scale in order to drive the advancements necessary for the next generation of regenerative medicine. Cynata is employing a novel approach that utilizes a single source of pluripotent stem cells (iPSCs) and mesenchymal cell ancestors (MCAs) to generate mesenchymal stem cells (MSCs). Lead programs are targeting graft-versus-host disease, osteoarthritis, and diabetic wounds, where clinical trials have shown great promise to treat these and other diseases.

Kilian explains, "We're a stem cell regenerative medicine company, and what we're trying to do is to change the way that we can manufacture stem cell therapies in a consistent and scalable way. I'm sure many of your listeners have heard about stem cell therapies of various types. The particular type of cells that we're working on are called mesenchymal stem cells or MSCs. They've shown lots of promise for lots of different purposes, but a real challenge has been making these cells consistently, especially when you try to do that at a large scale. We have a unique novel manufacturing platform, which helps us to address that major challenge."

"The way that these cells were historically produced and indeed still are produced in most cases is by harvesting cells from, for example, somebody donating bone marrow or adipose tissue, also known as fat. And those approaches have certainly allowed a lot of early-stage clinical trials to be performed, which showed lots of really exciting results. But often what happens is that when you move to a larger scale using such a process, and you try to make much larger quantities of cells, perhaps using many different donors, you start to see a lot of inconsistency. There are a few reasons for this. When you have inconsistency with a product, it's inevitable that you're going to get inconsistent results."

"If you have inconsistent results in a clinical trial, it becomes a bit of a lottery, and sometimes you can have very disappointing results that are hard to explain. So we think that's been a really big issue that has caused a lot of problems in the field. And aside from the impact on clinical trial results, we also need to think about the future when these products are available and on the market, and how you can actually, in practical terms, produce enough of these products. So, in a nutshell, I think that is probably the major challenge that the field has faced."

#CynataTherapeutics #StemCellTherapy #RegenerativeMedicine #iPSCs #MSCs #MCAs

Cynata.com

Listen to the podcast here

Dr. Kilian Kelly, Chief Executive Officer and Managing Director of Cynata Therapeutics, has taken on the challenge of manufacturing stem cell therapies consistently and at scale in order to drive the advancements necessary for the next generation of regenerative medicine. Cynata is employing a novel approach that utilizes a single source of pluripotent stem cells (iPSCs) and mesenchymal cell ancestors (MCAs) to generate mesenchymal stem cells (MSCs). Lead programs are targeting graft-versus-host disease, osteoarthritis, and diabetic wounds, where clinical trials have shown great promise to treat these and other diseases.

Kilian explains, "We're a stem cell regenerative medicine company, and what we're trying to do is to change the way that we can manufacture stem cell therapies in a consistent and scalable way. I'm sure many of your listeners have heard about stem cell therapies of various types. The particular type of cells that we're working on are called mesenchymal stem cells or MSCs. They've shown lots of promise for lots of different purposes, but a real challenge has been making these cells consistently, especially when you try to do that at a large scale. We have a unique novel manufacturing platform, which helps us to address that major challenge."

"The way that these cells were historically produced and indeed still are produced in most cases is by harvesting cells from, for example, somebody donating bone marrow or adipose tissue, also known as fat. And those approaches have certainly allowed a lot of early-stage clinical trials to be performed, which showed lots of really exciting results. But often what happens is that when you move to a larger scale using such a process, and you try to make much larger quantities of cells, perhaps using many different donors, you start to see a lot of inconsistency. There are a few reasons for this. When you have inconsistency with a product, it's inevitable that you're going to get inconsistent results."

"If you have inconsistent results in a clinical trial, it becomes a bit of a lottery, and sometimes you can have very disappointing results that are hard to explain. So we think that's been a really big issue that has caused a lot of problems in the field. And aside from the impact on clinical trial results, we also need to think about the future when these products are available and on the market, and how you can actually, in practical terms, produce enough of these products. So, in a nutshell, I think that is probably the major challenge that the field has faced."

#CynataTherapeutics #StemCellTherapy #RegenerativeMedicine #iPSCs #MSCs #MCAs

Cynata.com

Download the transcript here