Download Nerve Whiz App V. 1.03
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Nerve Whiz App V. 1.03
by The University of Michigan
Designed by a neuromuscular neurologist at the University of Michigan, Nerve Whiz is a free application for medical professionals interested in learning the complex anatomy of nerve roots, plexuses, a - More Info...

Available Since: 2010-07-13
Developer: The University of Michigan
Seller: The University of Michigan
Price: 0 USD
Current version: 1.03
Last Updated: 2015-05-16

Ratings: 4.26 out of 5 stars.
Based on 15 reviews. (Rate/Review)
Genre: Medical
Filesize: 30.60MB
IOS Bundle ID: edu.umich.nervewhiz
Age Rating: 17+
Languages: EN

Videos: Nerve Whiz App Videos

Designed by a neuromuscular neurologist at the University of Michigan, Nerve Whiz is a free application for medical professionals interested in learning the complex anatomy of nerve roots, plexuses, and peripheral nerves. Select which muscles are weak, or point to areas of sensory loss, and the application can provide you with distinguishing features and detailed information, complete with relevant pictures and diagrams.

Features
• Nerve and Muscle Charts. This comprehensive inventory of the most clinically relevant muscles in the upper and lower extremities can be sorted by root, trunk, cord, peripheral nerve, action, or muscle name.
• Muscle Localizer. Select muscles as weak or strong, and the application provides a list of possible localizations (root, plexus, or nerve), along with distinguishing features about each.
• Nerve Diagrams. Choose any localization (root, trunk, cord, or nerve), and see a diagram of that nerve in the context of the brachial or lumbosacral plexus. Toggle to “Muscle View” and the diagram shows you the muscles supplied by your chosen nerve, and from where their innervations arise.
• Sensory Localizer. Touch a picture of an arm or leg and Nerve Whiz suggests localizations with beautiful graphic representations of the sensory distributions of nerve roots, parts of the plexus, and nerves.

NOTE: Nerve Whiz is intended to be an educational tool only. Nerve distributions vary between patients, and central or multifocal processes can mimic focal peripheral lesions. As such, this application should not be relied upon to make clinical decisions.

Designed by Zach London, MD
Department of Neurology, University of Michigan

This application was funded through the generosity of the Jerry Isler Neuromuscular Fund.

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