Description
Overview
EMG/NCS Online Series: Volume VIII Uncommon Nerve Conduction Studies provides detailed instruction on specialized nerve conduction studies that are less commonly performed but valuable for precise localization of nerve pathology. This on-demand digital product clarifies electrode placement using anatomic landmarks, techniques to improve signal quality, and interpretation of normal values for uncommon motor and sensory nerves, supporting enhanced clinical neurophysiology expertise.
On-demand neurology education — accessible anytime, anywhere.
Format: 23 Videos, DVD style
Total size: Not specified
Duration: 95 minutes
Content
This series covers practical conduction study techniques for uncommon motor and sensory nerves, along with blink reflex and H-reflex procedures, to strengthen neurology diagnostic skills.
- Detailed instruction on electrode placement using anatomic landmarks and palpation
- Methods to enhance signal quality and reduce artifacts during recordings
- Suggested normal values and clinical utility for each conduction study
- Motor nerves studied: Facial, Trigeminal, Spinal Accessory, Axillary, Musculocutaneous, Suprascapular, Radial, Femoral, Peroneal
- Sensory nerves studied: Lateral Antebrachial Cutaneous, Medial Antebrachial Cutaneous, Posterior Femoral Cutaneous, Lateral Femoral Cutaneous, Saphenous, Superficial Peroneal, Deep Peroneal, Plantar (Tibial), Sural
- Inclusion of blink reflex and H-reflex conduction studies
Speakers
Channarayapatna R. Sridhara, M.D. is the author and presenter, offering expert guidance on the anatomical and technical aspects of uncommon nerve conduction studies.
Target Audience
This course is intended for neurologists, neurology trainees, electrophysiologists, and other healthcare professionals involved in nerve conduction studies and neuromuscular diagnostics seeking to expand their repertoire to include uncommon but clinically valuable conduction techniques.
Why This Topic Matters
EMG/NCS Online Series: Volume VIII Uncommon Nerve Conduction Studies addresses the specialized techniques required for less commonly performed nerve conduction studies, essential for comprehensive neurologic assessment. Expertise in these studies supports refined nerve lesion localization, which is critical in advanced neuromuscular diagnostics.
MedHub Central provides access to this focused neurology education to strengthen proficiency in electrophysiological methods. The series contributes to improved clinical practice by detailing precise methodology and interpretation relevant to uncommon nerve conduction assessments.
