Effective Manual Therapy Techniques for the Cervical, Thoracic, and Lumbar Spine

Over 84% of the population will experience an acute episode of spine pain. It is the most common reason forindividuals with musculoskeletal conditions seeking treatment from general medical practitioners. Clinicians are faced with the challenge of performing a timely and thorough examination of the spine that provides the necessary information for the development of a clear plan of care for patients and clients. Once the examination is complete, clinicians must choose the best evidence-based interventionsthat can be performed based on his or her psychomotor skill and the patient/client's preference.

This course will assist clinicians with prioritizingexamination tests and measures by presenting recent diagnosis-related research for the spine. A case-based clinical reasoning approach will provide participants with the ability to clearly communicate findings with patients and colleagues. Manual therapy techniques will be presented through both live demonstration and clear, concise illustrated handout materials. Clinicians with all levels of experience and expertise will be able to effectively manage patients with spine dysfunction using a hands-on manual therapy approach.

Target Audience: Physical Therapists, Physical Therapist Assistants, Occupational Therapists, Occupational Therapy Assistants, Athletic Trainers

Delivery Format: Synchronous, Live in-person course to be attended at a physical location

Highlights

• Confidently provide a brief systematic assessment that includes differential diagnosis for the spine
• Hands-on treatments you can use the next day to improve outcomes for clinicians at all experience levels
• Practice manual therapy and palpation skills techniques with clear, step-by-step visual andnarrative descriptions of all treatment applications
• Multidisciplinary communication tools to effectively collaborate with all treatment team members, including referral sources
• Effective evidence-based treatment interventions based on the latest research andanatomy and biomechanics
• Improve patient adherence and self- management to maintain outcomes