Podcast
Empowered Patient Podcast
Hosted by Karen Jagoda · EN
Empowered Patient Podcast with Karen Jagoda is a window into the latest innovations in digital health, the changing dynamic between doctors and patients, and the emergence of precision medicine. The show covers such topics as aging in place, innovative uses for wearables and sensors, advances in clinical research, applied genetics, drug development, and challenges for connected health entrepreneurs.
160episodes
Episodes
Newest firstAll episodes
Immersive Precision Neurotherapy for Stroke and Parkinson's Rehabilitation with Zach Henderson MindMaze Therapeutics TRANSCRIPT
1w agoTap to summarizeZach Henderson, CEO at MindMaze Therapeutics, has designed a precision neurotherapeutic solution designed to offer a scalable, engaging and immersive platform for patients recovering from strokes or managing Parkinson's disease. The solution is deployed across the entire care continuum from hospital to the patient's home, providing high-intensity therapy during the neuroplastic window. The emphasis is on augmenting therapists' care by equipping them with tools to encourage therapy adherence and with data to deliver precise, personalized care. Zach explains, "So at a very high level, there are millions and millions of people across the neurology spectrum who need this type of neuro rehabilitation, neurotherapeutic solutions, either with a therapist or without, but there are only so many therapists to go around. So there's a massive supply-demand imbalance that frankly cannot be, despite the efforts of the great therapists out there, it can never be filled without resorting to technology. And that's the exact gap that we're trying to fill in the marketplace." "So MindMaze Therapeutics has a suite of solutions that are deployed across the whole continuum of care. So from acute care to the hospital to inpatient rehabilitation facilities, IRFs, to long-term acute care, to skilled nursing facilities, to outpatient, and all the way even patients taking the technology home. And then in that way, we're meeting the patient wherever they may happen to be. We're supporting the health system around the world. And importantly, we're giving therapy in this important neuroelastic window, which, in some studies, is the first 90 days following, say, a stroke, and in other studies, it goes all the way up to six months. And we're helping the health systems around the world scale their ability to treat even more patients at a very high and even improved rate." #MindMaze #ParkinsonsDisease #DigitalHealth #Neuroplasticity #PrecisionMedicine #Physiatry #Neurology #PhysicalTherapy #OccupationalTherapy #RehabInnovation #HealthTech MindMazeTherapeutics.com Listen to the podcast here
Transcribe →Immersive Precision Neurotherapy for Stroke and Parkinson's Rehabilitation with Zach Henderson MindMaze Therapeutics
1w ago00:23:59Tap to summarizeZach Henderson, CEO at MindMaze Therapeutics, has designed a precision neurotherapeutic solution designed to offer a scalable, engaging and immersive platform for patients recovering from strokes or managing Parkinson's disease. The solution is deployed across the entire care continuum from hospital to the patient's home, providing high-intensity therapy during the neuroplastic window. The emphasis is on augmenting therapists' care by equipping them with tools to encourage therapy adherence and with data to deliver precise, personalized care. Zach explains, "So at a very high level, there are millions and millions of people across the neurology spectrum who need this type of neuro rehabilitation, neurotherapeutic solutions, either with a therapist or without, but there are only so many therapists to go around. So there's a massive supply-demand imbalance that frankly cannot be, despite the efforts of the great therapists out there, it can never be filled without resorting to technology. And that's the exact gap that we're trying to fill in the marketplace." "So MindMaze Therapeutics has a suite of solutions that are deployed across the whole continuum of care. So from acute care to the hospital to inpatient rehabilitation facilities, IRFs, to long-term acute care, to skilled nursing facilities, to outpatient, and all the way even patients taking the technology home. And then in that way, we're meeting the patient wherever they may happen to be. We're supporting the health system around the world. And importantly, we're giving therapy in this important neuroelastic window, which, in some studies, is the first 90 days following, say, a stroke, and in other studies, it goes all the way up to six months. And we're helping the health systems around the world scale their ability to treat even more patients at a very high and even improved rate." #MindMaze #ParkinsonsDisease #DigitalHealth #Neuroplasticity #PrecisionMedicine #Physiatry #Neurology #PhysicalTherapy #OccupationalTherapy #RehabInnovation #HealthTech MindMazeTherapeutics.com Download the transcript here
Transcribe →Cloud-Based Vendor-Agnostic EEG Platform Unifies and Standardizes Data with Daniele De Mari Neurogram TRANSCRIPT
1w agoTap to summarizeDaniele De Mari, Founder and CEO of Neurogram, points out the significant problem of non-standardized data formats in EEG (electroencephalography), compared to the universal standard used in radiology. Neurogram has developed a hardware-agnostic, cloud-based solution that standardizes EEG data from various manufacturers, integrates with EMRs, significantly improves clinical workflows, and is accessible from any computer. With improved data security and the ability to analyze large datasets, this platform can support advances in biomarker development for neurological conditions and stimulate more clinical research and collaboration. Daniele explains, "So the problem is not 100% on medical exams. It happens exclusively on EEG, and that makes it worse, because it doesn't happen everywhere, it's actually worse for EEG scans. So, knowing a parallel between EEG scans and radiology, every data point in radiology is DICON. So DICON is a universal file format that is standardized. I can send you a DICON over email or to your phone, WhatsApp, and you can open it on your phone. That's how universal it is. That's how open the file type is. It's compatible with EMRs. And so that's awesome. And that's one of the reasons why radiology grows so much. And EEG, it's an electroencephalogram. We have, I would say, 15 different brands around the world. In Brazil, we have seven. In the US, we have top like four or five companies, and they all export data in a different file format. So brand A has its own format, brand B has its own format, brand C, and so forth." "So we managed to be compatible with most of the brands out there, most of the EEG brands out there. We have a solution that is 100% agnostic and 100% in the cloud, which means we can read from multiple EEG devices out there. If you record in brand A, and I'm not going to say the brands in the podcast, but if you require data from brand A, brand B, brand C, all of it gets standardized into one unified system. So the physician no longer has to log into multiple devices in multiple systems, and it's all in one place. As I said, it's 100% in the cloud, so they can access from a Mac computer, which is now impossible to read EEGs from a Mac computer. Now you can do this. It's compliant. It's HIPAA compliant. We're moving towards the FDA approval process right now for the system, although we're actually selling in Brazil." #Neurogram #EEG #HealthcareIT #ClinicalNeurophysiology #DigitalHealth #HealthDataStandardization #EMRIntegration #MedicalAI #PatientSafety #HealthcareInnovation neurogram.com Listen to the podcast here
Transcribe →Cloud-Based Vendor-Agnostic EEG Platform Unifies and Standardizes Data with Daniele De Mari Neurogram
1w ago00:19:32Tap to summarizeDaniele De Mari, Founder and CEO of Neurogram, points out the significant problem of non-standardized data formats in EEG (electroencephalography), compared to the universal standard used in radiology. Neurogram has developed a hardware-agnostic, cloud-based solution that standardizes EEG data from various manufacturers, integrates with EMRs, significantly improves clinical workflows, and is accessible from any computer. With improved data security and the ability to analyze large datasets, this platform can support advances in biomarker development for neurological conditions and stimulate more clinical research and collaboration. Daniele explains, "So the problem is not 100% on medical exams. It happens exclusively on EEG, and that makes it worse, because it doesn't happen everywhere, it's actually worse for EEG scans. So, knowing a parallel between EEG scans and radiology, every data point in radiology is DICON. So DICON is a universal file format that is standardized. I can send you a DICON over email or to your phone, WhatsApp, and you can open it on your phone. That's how universal it is. That's how open the file type is. It's compatible with EMRs. And so that's awesome. And that's one of the reasons why radiology grows so much. And EEG, it's an electroencephalogram. We have, I would say, 15 different brands around the world. In Brazil, we have seven. In the US, we have top like four or five companies, and they all export data in a different file format. So brand A has its own format, brand B has its own format, brand C, and so forth." "So we managed to be compatible with most of the brands out there, most of the EEG brands out there. We have a solution that is 100% agnostic and 100% in the cloud, which means we can read from multiple EEG devices out there. If you record in brand A, and I'm not going to say the brands in the podcast, but if you require data from brand A, brand B, brand C, all of it gets standardized into one unified system. So the physician no longer has to log into multiple devices in multiple systems, and it's all in one place. As I said, it's 100% in the cloud, so they can access from a Mac computer, which is now impossible to read EEGs from a Mac computer. Now you can do this. It's compliant. It's HIPAA compliant. We're moving towards the FDA approval process right now for the system, although we're actually selling in Brazil." #Neurogram #EEG #HealthcareIT #ClinicalNeurophysiology #DigitalHealth #HealthDataStandardization #EMRIntegration #MedicalAI #PatientSafety #HealthcareInnovation neurogram.com Download the transcript here
Transcribe →Autonomous Asynchronous Robots for Secure Medical Sample Transport with Dan O'Toole Arrive AI TRANSCRIPT
1w agoTap to summarizeDan O'Toole, Founder and CEO of Arrive AI, is bringing asynchronous autonomous delivery systems to healthcare environments, enabling robots and drones to make deliveries without the recipient needing to be present. The goal is to automate logistical tasks to solve major inefficiencies in hospitals, freeing skilled workers from moving samples and supplies, which in turn improves the quality of care and reduces clinician burnout. The system is presented as a way to make processes better, faster, fresher, cheaper, greener, and safer by eliminating bottlenecks and ensuring sample integrity through features such as temperature control and a security chain of custody. Dan explains, "I love that you started out with the term asynchronous. Nobody ever even knows what that is. So I applaud you. Thank you. That is the key to autonomy. Without it, you're not unlocking the full value of autonomy. So basically here at Arrive AI what we are doing is we're building the next network and platform to support and scale all kinds of autonomous delivery, whether it's robots, drones, unmanned vehicles, and still supporting conventional delivery, UPS, US Postal Service, and others. So we're excited about that." "But right now, anytime autonomous delivery happens, two things have to happen. You have to be there to meet the mode of delivery, and it has to be there to meet you. When you have an Arrive Point™ in that ecosystem, you've unlocked all the value of autonomous delivery because now the robot can beat you there. It can drop off the item that you're expecting at your Arrive Point and go on to its next mission without being held up." #ArriveAI #AutonomousDelivery #HealthcareInnovation #HospitalRobotics #FutureOfHealthcare #DroneDelivery #HospitalOperations #ClinicalWorkflow #DigitalHealth #PatientSafety #LabMedicine #HealthcareLogistics #AIinHealthcare arriveai.com Listen to the podcast here
Transcribe →Autonomous Asynchronous Robots for Secure Medical Sample Transport with Dan O'Toole Arrive AI
1w ago00:19:49Tap to summarizeDan O'Toole, Founder and CEO of Arrive AI, is bringing asynchronous autonomous delivery systems to healthcare environments, enabling robots and drones to make deliveries without the recipient needing to be present. The goal is to automate logistical tasks to solve major inefficiencies in hospitals, freeing skilled workers from moving samples and supplies, which in turn improves the quality of care and reduces clinician burnout. The system is presented as a way to make processes better, faster, fresher, cheaper, greener, and safer by eliminating bottlenecks and ensuring sample integrity through features such as temperature control and a security chain of custody. Dan explains, "I love that you started out with the term asynchronous. Nobody ever even knows what that is. So I applaud you. Thank you. That is the key to autonomy. Without it, you're not unlocking the full value of autonomy. So basically here at Arrive AI what we are doing is we're building the next network and platform to support and scale all kinds of autonomous delivery, whether it's robots, drones, unmanned vehicles, and still supporting conventional delivery, UPS, US Postal Service, and others. So we're excited about that." "But right now, anytime autonomous delivery happens, two things have to happen. You have to be there to meet the mode of delivery, and it has to be there to meet you. When you have an Arrive Point™ in that ecosystem, you've unlocked all the value of autonomous delivery because now the robot can beat you there. It can drop off the item that you're expecting at your Arrive Point and go on to its next mission without being held up." #ArriveAI #AutonomousDelivery #HealthcareInnovation #HospitalRobotics #FutureOfHealthcare #DroneDelivery #HospitalOperations #ClinicalWorkflow #DigitalHealth #PatientSafety #LabMedicine #HealthcareLogistics #AIinHealthcare arriveai.com Download the transcript here
Transcribe →Advanced Molecular Diagnostics Transform Skin Cancer Risk Stratification with Dr. Matthew Goldberg Castle Biosciences TRANSCRiPT
1w agoTap to summarizeDr. Matthew Goldberg, Senior Vice President for Medical at Castle Biosciences, discusses the uncertainty clinicians face when determining treatments for skin cancer due to the limitations of traditional pathology reports. Castle's gene expression profile tests were developed to improve the accuracy of risk stratification for patients with cutaneous melanoma and high-risk cutaneous squamous cell carcinoma. These tests provide prognostic information by analyzing the tumor's RNA, offering more granular and accurate risk assessment and informing about the intensity of follow-up and long-term risk management strategies. Matthew explains, "So this is an important topic for dermatologists who are really on the front lines of skin cancer diagnosis and management for patients who are confronting skin cancer today. I'm a board-certified dermatologist and dermatopathologist by training. And to me, I think that the core uncertainty is centered around some of the known limitations around the prognostic accuracy of pathology. That's kind of worth unpacking here, but I think what it comes down to is that dermatologists are involved in identifying concerning skin lesions, identifying and, through biopsy, taking a skin sample, and finding skin cancers." "Dermatopathologists are the collaborative colleagues who interpret the skin biopsy samples and return the pathological diagnoses to the dermatologist. For the treating clinician, the key task is to understand the implications of the types of skin cancers identified in this process to determine the most appropriate, risk-aligned downstream management for patients with these skin cancers." "So Castle Biosciences has developed a range of tests that are really focused on impactful skin cancers that are some of the biggest challenges for dermatologists and the patients that we serve in the clinic, specifically around cutaneous melanoma with the DecisionDx-Melanoma gene expression profile test and also high-risk cutaneous squamous cell carcinomas with the DecisionDx-SCC test." #CastleBiosciences #SkinCancer #CancerCare #HealthcareInnovation #Dermatology #MolecularDiagnostics #PrecisionMedicine #RiskStratification #ClinicalDecisionMaking #DigitalPathology #Oncology #Melanoma #SquamousCellCarcinoma #GeneExpression #SharedDecisionMaking castlebiosciences.com Listen to the podcast here
Transcribe →Advanced Molecular Diagnostics Transform Skin Cancer Risk Stratification with Dr. Matthew Goldberg Castle Biosciences
1w ago00:22:18Tap to summarizeDr. Matthew Goldberg, Senior Vice President for Medical at Castle Biosciences, discusses the uncertainty clinicians face when determining treatments for skin cancer due to the limitations of traditional pathology reports. Castle's gene expression profile tests were developed to improve the accuracy of risk stratification for patients with cutaneous melanoma and high-risk cutaneous squamous cell carcinoma. These tests provide prognostic information by analyzing the tumor's RNA, offering more granular and accurate risk assessment and informing about the intensity of follow-up and long-term risk management strategies. Matthew explains, "So this is an important topic for dermatologists who are really on the front lines of skin cancer diagnosis and management for patients who are confronting skin cancer today. I'm a board-certified dermatologist and dermatopathologist by training. And to me, I think that the core uncertainty is centered around some of the known limitations around the prognostic accuracy of pathology. That's kind of worth unpacking here, but I think what it comes down to is that dermatologists are involved in identifying concerning skin lesions, identifying and, through biopsy, taking a skin sample, and finding skin cancers." "Dermatopathologists are the collaborative colleagues who interpret the skin biopsy samples and return the pathological diagnoses to the dermatologist. For the treating clinician, the key task is to understand the implications of the types of skin cancers identified in this process to determine the most appropriate, risk-aligned downstream management for patients with these skin cancers." "So Castle Biosciences has developed a range of tests that are really focused on impactful skin cancers that are some of the biggest challenges for dermatologists and the patients that we serve in the clinic, specifically around cutaneous melanoma with the DecisionDx-Melanoma gene expression profile test and also high-risk cutaneous squamous cell carcinomas with the DecisionDx-SCC test." #CastleBiosciences #SkinCancer #CancerCare #HealthcareInnovation #Dermatology #MolecularDiagnostics #PrecisionMedicine #RiskStratification #ClinicalDecisionMaking #DigitalPathology #Oncology #Melanoma #SquamousCellCarcinoma #GeneExpression #SharedDecisionMaking castlebiosciences.com Download the transcript
Transcribe →Novel Oral Therapy Targets Inflammation and Fibrosis in Pulmonary Arterial Hypertension with Sten Sörensen Cereno Scientific TRANSCRIPT
1w agoTap to summarizeSten Sörensen, CEO of Cereno Scientific, discusses work on epigenetic modulation to treat the rare disease Pulmonary Arterial Hypertension, a progressive and fatal condition for which current treatments primarily manage symptoms. Core pathological processes of PAH include inflammation, fibrosis, and the growth of muscle cells in the pulmonary artery. Cereno's approach aims to be disease-modifying by targeting these conditions with HDAC inhibitors to regulate the production of essential proteins, potentially preventing or reversing disease. Sten explains, "We are working with something called epigenetic modulation. You know what DNA is, the map for our body and the protein production in our cells, that's the map. But the map needs guidance to produce essential proteins that are important for the body's function. The regulation of the production of essential proteins from the DNA map is regulated by epigenetic modulators. So sometimes that regulation can go wrong, and then it needs to be adjusted. And we are working with molecules with a mode of action that has epigenetic modulation. And these molecules are called, in this case, HDAC inhibitors." "Well, the rare disease pulmonary arterial hypertension has a number of characteristics that propel the disease forward, and for the patient, that is very detrimental. And as we know, pulmonary arterial hypertension mostly affects women, and in the end, the disease is that you actually pass away. So you die normally of right heart failure, and the survival time is approximately seven to seven and a half years from diagnosis. So it's a very severe, rare disease, and current therapies are more directed to relieve symptoms than actually act to slow down, halt, or even reverse this detrimental progression of the disease." #CerenoScientific #RareDisease #PAH #PulmonaryArterialHypertension #PulmonaryHypertension #PatientCentricity #ClinicalDevelopment #Biotech #CardiovascularResearch #RightHeartFailure #RareDiseaseAwareness #PHawareness #HDAC #HDACinhibitor #Epigenetics #Cardiology #Pulmonology #CS1 #DiseaseModification #ClinicalTrials cerenoscientific.com Listen to the podcast here
Transcribe →Novel Oral Therapy Targets Inflammation and Fibrosis in Pulmonary Arterial Hypertension with Sten Sörensen Cereno Scientific
1w ago00:22:47Tap to summarizeSten Sörensen, CEO of Cereno Scientific, discusses work on epigenetic modulation to treat the rare disease Pulmonary Arterial Hypertension, a progressive and fatal condition for which current treatments primarily manage symptoms. Core pathological processes of PAH include inflammation, fibrosis, and the growth of muscle cells in the pulmonary artery. Cereno's approach aims to be disease-modifying by targeting these conditions with HDAC inhibitors to regulate the production of essential proteins, potentially preventing or reversing disease. Sten explains, "We are working with something called epigenetic modulation. You know what DNA is, the map for our body and the protein production in our cells, that's the map. But the map needs guidance to produce essential proteins that are important for the body's function. The regulation of the production of essential proteins from the DNA map is regulated by epigenetic modulators. So sometimes that regulation can go wrong, and then it needs to be adjusted. And we are working with molecules with a mode of action that has epigenetic modulation. And these molecules are called, in this case, HDAC inhibitors." "Well, the rare disease pulmonary arterial hypertension has a number of characteristics that propel the disease forward, and for the patient, that is very detrimental. And as we know, pulmonary arterial hypertension mostly affects women, and in the end, the disease is that you actually pass away. So you die normally of right heart failure, and the survival time is approximately seven to seven and a half years from diagnosis. So it's a very severe, rare disease, and current therapies are more directed to relieve symptoms than actually act to slow down, halt, or even reverse this detrimental progression of the disease." #CerenoScientific #RareDisease #PAH #PulmonaryArterialHypertension #PulmonaryHypertension #PatientCentricity #ClinicalDevelopment #Biotech #CardiovascularResearch #RightHeartFailure #RareDiseaseAwareness #PHawareness #HDAC #HDACinhibitor #Epigenetics #Cardiology #Pulmonology #CS1 #DiseaseModification #ClinicalTrials cerenoscientific.com Download the transcript here
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