
Sign up to save your podcasts
Or


Modeling Disease Pathways Through Ventricular Depolarization
Guest: Peter van Dam, PhD
Host: Anthony H. Kashou, MD
Detection of disease progression is hampered due to the large variation in normal QRS morphologies, even for the ECG expert. Cardiac modeling techniques can improve the interpretation and diagnostic value of the ECG by visualizing relevant QRS deviations. Comparing the QRS waveforms and electrical pathway in genetical patients to normal controls shows that even small changes in the QRS can be detected in patients with a genetical disease, like Brugada or ACM.
Topics Discussed:
LinkedIn: Mayo Clinic Cardiovascular Services
Podcast episode transcript found here.
By Mayo Clinic4.5
2929 ratings
Modeling Disease Pathways Through Ventricular Depolarization
Guest: Peter van Dam, PhD
Host: Anthony H. Kashou, MD
Detection of disease progression is hampered due to the large variation in normal QRS morphologies, even for the ECG expert. Cardiac modeling techniques can improve the interpretation and diagnostic value of the ECG by visualizing relevant QRS deviations. Comparing the QRS waveforms and electrical pathway in genetical patients to normal controls shows that even small changes in the QRS can be detected in patients with a genetical disease, like Brugada or ACM.
Topics Discussed:
LinkedIn: Mayo Clinic Cardiovascular Services
Podcast episode transcript found here.

137 Listeners

317 Listeners

497 Listeners

885 Listeners

297 Listeners

3,347 Listeners

137 Listeners

1,145 Listeners

62 Listeners

195 Listeners

515 Listeners

368 Listeners

248 Listeners

425 Listeners

370 Listeners