Michael Barbella, Managing Editor01.19.23
physIQ has launched its Intrepid Partner Program, an initiative designed to enable the Life Sciences solutions ecosystem to deliver next-generation near real-time patient insights powered by high-fidelity medical grade biosensor data streams in both clinical and remote patient settings.
“We are at an inflection point—AI will redefine patient safety standards, and physIQ is ready to bring these advances to the industry,” said John Wilson, senior vice present and general manager of Life Sciences at physIQ. “Imagine moving from intermittently monitoring an immuno-oncology patient for a spike in temperature to detecting the onset of life-threatening inflammation many hours in advance of that temperature spike. This proactive approach fundamentally changes the gold standard on patient safety. This paradigm shift also applies to currently accepted means of health assessments. Imagine being able to measure a patient’s cardio-pulmonary health with a VO2Max test that requires no supervised exercise while achieving a 0.9 correlation to the gold standard Cardiopulmonary Exercise Test. This allows patients who are either physically incapable of exercise testing or geographically remote from CPET testing labs to be evaluated while carrying out normal activities of daily living in their home environment. It not only redefines the standard of care but also broadens patient access to that standard of care.”
These types of medical insights will bring the benefits of real-world evidence to clinical research and post market clinical care across all therapeutic areas and clinical trial models.
“These next generation medical insights will redefine the decentralized clinical trial, significantly expand trial diversity, and enable access to a higher quality of care, particularly for underserved populations,” physIQ Chief Strategy Officer John Varaklis said. “All while further accelerating the industry’s shift from efficacy to effectiveness.”
The physIQ Intrepid Partner Program will provide an advantage to its members when competing for the business of both large and small life science companies, according to physIQ. The value proposition of physIQ’s solutions and services will enhance its partners’ ability to maximize ROI while fundamentally making clinical trials safer while improving patient journeys and outcomes.
The Intrepid Partner Program is designed to extend physIQ’s capabilities to the industry through participating contract research organizations, academic research organizations, and other technology solution companies. The program is backed by the company’s experience and technical capabilities including a portfolio of artificial intelligence-based digital biomarkers; experience working with regulatory bodies; and the ability to integrate advanced digital technologies into clinical operations.
physIQ delivers personalized medical insights to help improve patient outcomes. Its technology combines proprietary artificial intelligence and any wearable biosensor to continuously monitor patients in real-world settings, enabling clinical trial sponsors and clinicians to proactively detect physiological decompensations, improve the safety and efficacy of new therapies and speed time to market, and deliver personalized clinical interventions to patients.
“We are at an inflection point—AI will redefine patient safety standards, and physIQ is ready to bring these advances to the industry,” said John Wilson, senior vice present and general manager of Life Sciences at physIQ. “Imagine moving from intermittently monitoring an immuno-oncology patient for a spike in temperature to detecting the onset of life-threatening inflammation many hours in advance of that temperature spike. This proactive approach fundamentally changes the gold standard on patient safety. This paradigm shift also applies to currently accepted means of health assessments. Imagine being able to measure a patient’s cardio-pulmonary health with a VO2Max test that requires no supervised exercise while achieving a 0.9 correlation to the gold standard Cardiopulmonary Exercise Test. This allows patients who are either physically incapable of exercise testing or geographically remote from CPET testing labs to be evaluated while carrying out normal activities of daily living in their home environment. It not only redefines the standard of care but also broadens patient access to that standard of care.”
These types of medical insights will bring the benefits of real-world evidence to clinical research and post market clinical care across all therapeutic areas and clinical trial models.
“These next generation medical insights will redefine the decentralized clinical trial, significantly expand trial diversity, and enable access to a higher quality of care, particularly for underserved populations,” physIQ Chief Strategy Officer John Varaklis said. “All while further accelerating the industry’s shift from efficacy to effectiveness.”
The physIQ Intrepid Partner Program will provide an advantage to its members when competing for the business of both large and small life science companies, according to physIQ. The value proposition of physIQ’s solutions and services will enhance its partners’ ability to maximize ROI while fundamentally making clinical trials safer while improving patient journeys and outcomes.
The Intrepid Partner Program is designed to extend physIQ’s capabilities to the industry through participating contract research organizations, academic research organizations, and other technology solution companies. The program is backed by the company’s experience and technical capabilities including a portfolio of artificial intelligence-based digital biomarkers; experience working with regulatory bodies; and the ability to integrate advanced digital technologies into clinical operations.
physIQ delivers personalized medical insights to help improve patient outcomes. Its technology combines proprietary artificial intelligence and any wearable biosensor to continuously monitor patients in real-world settings, enabling clinical trial sponsors and clinicians to proactively detect physiological decompensations, improve the safety and efficacy of new therapies and speed time to market, and deliver personalized clinical interventions to patients.