The prevalence of Parkinson’s disease has grown more than 50% in recent years, and early onset diagnosis is increasing at an even faster rate. Due to its slow, subtle progression and variable response to medications, this condition can be difficult for clinicians to manage. The work of Dr. Dina Katabi, Director of the MIT Center for Wireless Networks and Mobile Computing, may change that. Her team has shown that discrete, radio wave emitting devices in the home can be used to track patient movement and health parameters like sleep quality. In this episode, Dr. Katabi explains how this work will make healthcare more precise and accessible than ever before. Music Credits: “Land of the midnight sun” and “I hope you hear this” by Rukudzo.
Bullying in Academia
The shrinking scanner: MRI becomes portable
A machine learning-enabled shortcut to engineer human liver organoids
Cracking the code: the neural basis of computer code comprehension
A peek inside the liver: Reimagining diagnostics
A Fireside Chat with Paula Hammond
Giving birth from a lab-grown uterus: science fiction?
Can’t stop snacking? Time to find out why!
A Fireside Chat with Vicki Sato
That Vital Brain Fluid We Don’t Know Enough About
Stress-induced Gray Hairs
From Skin to Brain: A Parkinson’s Disease Patient Transplanted with His Own Cells
Brain-Body Interactions Regulate Immune Function
Covid-19: Six Feet Apart
Wonder WomXn in Science & Engineering with Joanne Kamens
A Fireside Chat with George Church
Exercised IL-13 Promotes Endurance
COVID-19: Developments in Testing
The Jennifer Aniston Neuron: Insights into Human Concept Cells
A Fireside Chat with Rudy Tanzi
Join Podbean Ads Marketplace and connect with engaged listeners.
Advertise Today
Create your
podcast in
minutes
It is Free
DNA Today: A Genetics Podcast
Short Wave
Unexplainable
Speaking of Psychology
Stuff To Blow Your Mind