Locations:
Search IconSearch
November 18, 2020/Neurosciences/Podcast

Virtual Neurological Care: From Telestroke to Today (Podcast)

The latest developments in telemedicine for subspecialty neuro care

The COVID-19 pandemic has fueled not only a surge in virtual outpatient visits, but also an increase in telemedicine for subspecialty neurological care. Consider the experience of Cleveland Clinic, which started a telestroke program about 10 years ago to bring acute stroke assessment to community hospitals that didn’t have consistent stroke coverage. Now Cleveland Clinic has expanded its use of telemedicine to neuro ICUs, neurophysiologic monitoring and more, notes stroke neurologist Zeshaun Khawaja, MD, MBA, who currently leads Cleveland Clinic’s telestroke program.

Advertisement

Cleveland Clinic is a non-profit academic medical center. Advertising on our site helps support our mission. We do not endorse non-Cleveland Clinic products or services. Policy

Dr. Khawaja shares the latest developments in virtual neurological care in the newest episode of Cleveland Clinic’s Neuro Pathways podcast. Among the topics discussed:

  • What’s been learned from the telestroke program and how it has evolved in the past decade
  • How telemedicine is increasing access, improving care and reducing neurologist burnout
  • The next neurological subspecialties positioned to benefit from telemedicine
  • Tips for neurologists preparing to offer virtual visits or expand telemedicine beyond outpatient settings

Click the player above to listen to the podcast now, or read on for a short edited excerpt. Check out more Neuro Pathways episodes at clevelandclinic.org/neuropodcast or wherever you get your podcasts.

Excerpt from the podcast

Podcast host Glen Stevens, DO, PhD: Our colleagues in neurophysiology have also started to adapt this technology. Tell me about that.

Dr. Khawaja: We’ve learned that virtual health is not just a face-to-face encounter. Imad Najm, MD, [Director of Cleveland Clinic’s Shor Epilepsy Center] and his epileptologist partners are really experts in this. They’ve been able to leverage their experience to offer a host of services, including direct patient evaluations — in both inpatient and outpatient settings — and patient management conferences. These are in-depth conferences that help determine if patients are candidates for highly specialized epilepsy surgery. The best thing is that they don’t require any patient travel, and don’t even require that patients come to Cleveland to have the surgery. Patients can benefit from these conferences and have surgery in their home community.

Advertisement

Dr. Najm’s group also has been able to create, run and manage entire epilepsy monitoring unit programs virtually, everything from design to training the technicians.

Dr. Stevens: What other areas of neurologic care do you see benefiting from telemedicine?

Dr. Khawaja: There’s so much potential. We’ve just scratched the surface with telestroke, with teleneurology. Now we’re seeing teleneurophysiology doing great things.

There are so many patients across our nation who don’t have access to specialists. Sometimes they’re forced to travel long distances just to see someone. This is not only disruptive to their normal routines, but it can be very costly — not just money spent on travel, but income lost due to being away from work.

As we continue to gain experience and experiment within virtual health, I’m really eager to see what comes next, particularly in the management of movement disorders, such as Parkinson’s disease. Medical management of these patients is very, very complex. When they’re hospitalized, sometimes their medications need to be changed. And then as they transition to the outpatient space, all of this can severely affect progression of the disease.

We’ve seen that one of the most common uses of telemedicine in the neuro space is the management of movement disorders, particularly Parkinson’s patients. So I’m really eager to see what we can do there. I’m also excited to see what we can do with telepsychiatry. I think there is significant potential.

Advertisement

Related Articles

data strings on computer screen merged with illustration of a brain clot
LLM-Based Tool Shows High Accuracy in Flagging Contraindications to Stroke Thrombolysis

Aim is for use with clinician oversight to make screening safer and more efficient

Photo of Dr. Benjamin Walter
February 2, 2026/Neurosciences/Podcast
The Past, Present and Future of DBS (Podcast)

Rapid innovation is shaping the deep brain stimulation landscape

woman deeply breathing  on a white couch
Brief Biofeedback Protocol Improves Stress and Mood Outcomes in Multiple Sclerosis

Study shows short-term behavioral training can yield objective and subjective gains

woman at desk with earphones smiling at computer screen
January 20, 2026/Neurosciences/Brain Health
Using Shared Medical Appointments to Inform Decisions on Anti-Amyloid Therapy for Alzheimer’s Disease

How we’re efficiently educating patients and care partners about treatment goals, logistics, risks and benefits

Dr. Deepak Lachhwani against a decorative background with a podcast icon overlay
January 16, 2026/Neurosciences/Podcast
How Epilepsy Care Changes as Pediatric Patients Grow (Podcast)

An expert’s take on evolving challenges, treatments and responsibilities through early adulthood

small child walking with a wheeled walker
January 15, 2026/Neurosciences/Epilepsy
Developmental and Epileptic Encephalopathies: Insights From a Large Pediatric Series

Comorbidities and medical complexity underlie far more deaths than SUDEP does

woman in white medical coat talking with another woman in front of a computer screen
January 13, 2026/Neurosciences/Epilepsy
New Program Tackles Dual Challenge of Epilepsy and Dementia in Older Adults

Novel Cleveland Clinic project is fueled by a $1 million NIH grant

Image of Dr. Foldvary-Schaefer
January 2, 2026/Neurosciences/Podcast
Sleep Self-Screening Is Just an App Away (Podcast)

Tool helps patients understand when to ask for help

Ad