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1 Bridging Worlds: Amar Bakshi on Transforming Global Connection with Noro 36:44
#14 Can wearables predict symptom flare-ups? Using biometrics to manage complex illness with David Putrino Dr. David Putrino
Manage episode 481687732 series 3599621
Data gathered from wearable technology can warn of impending symptom exacerbation in complex chronic illness a new study has found.
In this week’s episode Dr. David Putrino discusses the findings. He, in collaboration with leading immunologists, microbiologists and data scientists, tracked data points from 5000 Visible app users (who enrolled in the study) to establish that HRV and resting heart rate can be used to predict a crash. Analyzing more than 55,000 readings over 1000 days they were able to see changes in the autonomic nervous system of contributors using this biometric data. The largest study of its kind, these findings have the potential to provide the basis for individualised care strategies for this enormous cohort of patients.
Here we discuss the function and dysfunction of the autonomic nervous system. Dr. Putrino gives us an overview of heart rate variability, the way in which it fluctuates, what its readings can determine about our health and ways in which these can be influenced. We talk through the power of breathwork including two of Dr Putrino’s studies – on resonant breathing and hypocapnia – showing the way in which breathing impacts our physiology but determining that we have innate power to influence our health.
As Director of Rehabilitation Innovation Mount Sinai Health, Dr. Putrino‘s focus is on real-world solutions for this patient cohort. In a world where new drug approval takes 10 years and technologies in this field can take 17 years to reach market, his aim is to bring patients tangible treatments and protocols in a practical timeframe. Currently involved in clinical trials for rapamycin and vagal nerve stimulation, Dr. Putrino endeavours to re-purpose drugs and technologies that are already approved in other situations to create personalised strategies for this engaged cohort.
18 episodes
Manage episode 481687732 series 3599621
Data gathered from wearable technology can warn of impending symptom exacerbation in complex chronic illness a new study has found.
In this week’s episode Dr. David Putrino discusses the findings. He, in collaboration with leading immunologists, microbiologists and data scientists, tracked data points from 5000 Visible app users (who enrolled in the study) to establish that HRV and resting heart rate can be used to predict a crash. Analyzing more than 55,000 readings over 1000 days they were able to see changes in the autonomic nervous system of contributors using this biometric data. The largest study of its kind, these findings have the potential to provide the basis for individualised care strategies for this enormous cohort of patients.
Here we discuss the function and dysfunction of the autonomic nervous system. Dr. Putrino gives us an overview of heart rate variability, the way in which it fluctuates, what its readings can determine about our health and ways in which these can be influenced. We talk through the power of breathwork including two of Dr Putrino’s studies – on resonant breathing and hypocapnia – showing the way in which breathing impacts our physiology but determining that we have innate power to influence our health.
As Director of Rehabilitation Innovation Mount Sinai Health, Dr. Putrino‘s focus is on real-world solutions for this patient cohort. In a world where new drug approval takes 10 years and technologies in this field can take 17 years to reach market, his aim is to bring patients tangible treatments and protocols in a practical timeframe. Currently involved in clinical trials for rapamycin and vagal nerve stimulation, Dr. Putrino endeavours to re-purpose drugs and technologies that are already approved in other situations to create personalised strategies for this engaged cohort.
18 episodes
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1 #16 Why are women more susceptible to complex illness? Predicting chronic conditions with Michal Caspi Tal PhD 56:53

1 #15 Monoclonal Antibodies and the Future of Complex Illness Treatment with Dr Nancy Klimas 56:01

1 #14 Can wearables predict symptom flare-ups? Using biometrics to manage complex illness with David Putrino Dr. David Putrino 49:06

1 #13 The role of Mast Cells in complex illness: what they are and how to calm them with Dr. Theoharis Theoharides 59:50

1 #12 "Chronic Overlapping Pain Conditions" in ME/CFS, new insights with the C.D.C’s Dr Elizabeth Unger, Yang Chen & Elizabeth Fall 48:22

1 #11 Post-Pandemic prevalence of ME/CFS - what we can learn from the increase with Suzanne Vernon, PhD 56:48

1 #10 Staying connected (Part 2): Dealing with isolation and limitations in complex illness with Suzy Bolt 34:43

1 #9 Staying connected (Part 1): Dealing with isolation and limitations in complex illness with Suzy Bolt 46:15

1 #8 Exploring the drivers of post-infectious illness, with Harvard Neuroimmunologist Michael VanElzakker, PhD 51:30

1 #7 Discovering new treatments for Brain Fog with Yale M.D. Arman Fesharaki-Zadeh 45:03

1 #6 The Science of Stress: Exploring Brain Function, Inflammation, and Cognitive Health with Yale Prof. Amy Arnsten 48:29

1 #5 How our understanding of ME/CFS, fatigue and pain has progressed over the past decade with Lucinda Bateman M.D. 55:36

1 #4 Balancing the autonomic nervous system with Dr Boon Lim (Part 2) 48:53

1 #3 Brain Fog not ‘just in your mind’: new insights into physical markers of Cognitive Impairment with Dr William Hu 50:07

1 #2 How heart rate and symptoms are connected with Cardiologist Dr Boon Lim 45:09

1 #1 Patient Power: scientific and policy progress with Patient Led Research Collaborative (PLRC) 40:46

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