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- Create Date July 26, 2017
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CHARACTERISTICS OF PATIENT
Male infant born at 37 weeks gestation, to a 19-year-old mother, by Caesarean Section indicated for oligohydroamniosis. At 30 minutes of life, the infant started having changes in Pulse Oximetry, with desaturations to 70%, accompanied by tachypnoea of 70 respirations per minute. The infant was admitted to the neonatal intensive care unit with diagnosis of pulmonary maladaptation syndrome.
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Upcoming LIVE eSeminars
March
05mar11:00 am12:00 pmElite 2.2 Product Tour - Introducing AVEMGLive eSeminar
Event Details
Audio-Visual electromyography (AVEMG) is a new method of automated analysis of the volitional EMG activity with graded force of contraction. It provides on-line guidance without changing the workflow of the
Event Details
Audio-Visual electromyography (AVEMG) is a new method of automated analysis of the volitional EMG activity with graded force of contraction. It provides on-line guidance without changing the workflow of the routine EMG. In this webinar we will review the various measurements made in AVEMG and how they are assessed to recognize the underlying pathology in real time.
Learning Objectives:
- Measuring the EMG signal: Fullness of pattern, Amplitude, Sound, Firing rate & the ’Fence’ pattern
- Understand the plots of measurements and normal limits for 10 commonly tested muscles of the upper and lower limb
- When is a study abnormal?
- Patterns in neuropathy and myopathy
- Workflow & Reporting with AVEMG
Speakers for this event
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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
March 5, 2026 11:00 am - 12:00 pm(GMT-05:00)

