Ultrasound Imaging for Rehabilitation of the Lumbopelvic Region: A Clinical Approach

By Jackie Whittaker and Jackie L. Whittaker BScPT FCAMT CGIMS CAFCI

Ultrasound imaging is emerging as an invaluable tool in the detection and treatment of motor control impairment. This book brings this technology out of the research lab and into the clinic, providing guidelines for the integration of ultrasound imaging for the assessment and treatment of motor control impairments of the lumbopelvic region into daily practice. In this accessible and clinically relevant text, Whittaker provides: . A review of the basic principles of sound wave propagation . Discussion of instrumentation, prudent use and safety . Step by step instructions for generating ultrasound images of the deep muscles and associated structures in the region. An indepth discussion of the qualitative and quantitative components of image interpretation . Guidelines on the integration of ultrasound imaging into clinical practiceKey features: . Over 75 ultrasound images . Clinically focussed. Based on published evidence and clinical experienceUltrasound Imaging for Rehabilitation of the Lumbopelvic Region enables clinicians to maximise the potential of ultrasound imaging technology in providing effective management of neuromusculoskeletal dysfunction in the lumbopelvic region, including back pain, pelvic girdle pain and incontinence.Provides a review of the basic principles of sound wave propagationDiscussions of instrumentation include prudent use and safetyOffers step-by-step instructions for generating ultrasound images of the deep muscles and associated structures in the regionIncludes an indepth discussion of the qualitative and quantitative components of image interpretationProvides Guidelines on the integration of ultrasound imaging into clinical practice

• Format: Hardcover
• Language: English
• ISBN: 0443068569
• ISBN13: 9780443068560
• Release Date: April 2007
• Publisher: Churchill Livingstone
• Length: 200 Pages
• Weight: 1.30 lbs.
• Dimensions: 0.7" x 6.1" x 9.2"