EMG/NCS: Optimization for Better Outcome
Event Details
Course introduction Signal quality and resolution, although essential for reproducible results during electrodiagnostic studies, may at times be challenging to achieve. In this webinar
Event Details
Course introduction
Signal quality and resolution, although essential for reproducible results during electrodiagnostic studies, may at times be challenging to achieve. In this webinar the presenter, Sanjeev Nandedkar, Ph.D, will discuss system technical settings, reference values and signal quality parameters available for routine nerve conduction studies along with quantitative analysis to improve electrodiagnostic study outcomes.
Learning Objectives:
At the conclusion of this seminar the participants will be able to:
- Recognize the importance of signal resolution is analyzing velocity differences
- Assessment of firing rate and recruitment in routine EMG studies
- Quality control in quantitative motor unit potential analysis
- Quality control in repetitive nerve stimulation
CE Credits:
This webinar has been approved for 1.0 CEC from the American Association of Electrodiagnostic Technologists (AAET).
Speakers for this event
-
Dr. Sanjeev Nandedkar
Dr. Sanjeev Nandedkar
Ph.D.
With over 30 years of experience, Sanjeev is an award winning author, editor and reviewer, researcher, instrument design engineer, teacher, and clinical expert in the EMG field. He has delivered lectures, workshops and seminars in over 25 countries at universities, hospitals and EMG conferences. As an editor, Sanjeev started the “EMG on DVD” educational series. In collaboration with other clinicians, he developed Motor Unit Number Index (MUNIX) along with Multi-Motor unit Analysis (MMA) and Turns & Amplitude (TA) methods available on Natus EMG systems. His primary research interest is in Automatic analysis of EMG signals, Modeling EMG signals and Technical aspects of EMG waveforms. Sanjeev is currently a Senior Consultant at Natus Medical. Sanjeev is also Adjunct Professor of Neurology at Medical College of Wisconsin.
Ph.D.
Time
(Thursday) 11:00 am - 12:00 pm EST
Location
ONLINE eSeminar
