ABOUT THIS WEBSITE...
The "PEDIATRIC NEUROLOGIC EXAM: A NEURODEVELOPMENTAL APPROACH" uses over 145 video demonstrations and narrative descriptions in an online tutorial. It presents the neurological examination of the pediatric patient as couched within the context of neurodevelopmental milestones for Newborns, 3 month-olds, 6 month-olds, 12 month-olds, 18 month-olds, and 2-and-a-half year-olds. Use the Table of Contents on the left to access these tutorials.
In assessing the child’s developmental level, the examiner must know the age when key social, motor, and language skills are normally acquired. The normal neurological findings one would expect for a newborn are certainly different than a 2, 6 or 12-month-old infant.
Obtaining developmental milestones is an important reflection of the maturation of the child’s nervous system, and assessing development is an essential part of the pediatric neurological examination. Delay in obtaining developmental milestones and abnormal patterns of development are important indicators of underlying neurological disease.
This "Internet Accessible Tutorial for Medical Neuroscience in the Pediatric Neurologic Examination" is authored by the University of Utah School of Medicine (Suzanne S. Stensaas, PhD), and the University of Nebraska Medical Center (Paul D. Larsen, MD).
As of November 2009, the movies found in the Pediatric Neurologic Exam website are available for download and re-use in four different video formats depending on your needs...
- QuickTime, 320x240, Optimized for playback performance on any computer.
- QuickTime, 640x480; High Quality MPEG-4, H.264 compression (good for Macintosh-based PowerPoint or Keynote presentation software.
- Windows Media, 640x480; High Quality WinMedia v9 compression (good for Windows-based PowerPoint presentation software).
- Mobile Devices & SmartPhones, MPEG-4 baseline compression for many portable devices.
A companion website to the Pediatric Neurological Examination is the Adult Neurologic Exam: An Anatomical Approach, where the anatomical foundations of the neurologic exam are presented and examples of both normal and abnormal patient conditions are exhibited.