
Evaluate the cervical spine, shoulder, elbow, and wrist, then apply manual therapy and muscle energy techniques to neck and upper-extremity muscles, with open and closed kinetic chain exercises.
Learn to evaluate the cervical spine and upper extremity with postural, range‑of‑motion, and palpation assessments, then apply manual therapy and exercises for neck, shoulder, elbow, and wrist pain.
Perform static cervical spine evaluation in seated or standing positions, inspecting anterior and posterior views for shoulder alignment, scapular position, and head posture, then assess neck movements and strength.
Deliver manual therapy for the cervical region, massage the trapezius and levator scapulae, and use passive, active, and patient-assisted techniques to relax trigger points and mobilize scapula and erector spinae.
Explore muscle energy techniques for the cervical region to relax neck muscles (trapezius, levator scapulae, sternocleidomastoideus, suboccipital muscles) using resistance, breathing, and positioning in supine and seated positions.
Master relaxation and self therapy for the cervical region, including trapezius, levator scapula, and sternocleidomastoid, followed by prone resistance exercises to strengthen neck flexors and extensors and reduce pain.
Examine the shoulder by bilateral contour, scapular position, and range of motion, and consider neck alignment; assess scapular motion and serratus anterior–trapezius–rhomboid activation during resisted tests.
Demonstrate muscle energy techniques for the shoulder to relax the pectoralis major/minor, infraspinatus, teres minor, subscapularis, supraspinatus, and biceps brachii long head using resisted abduction and external rotation with breathing.
Start with thoracic spine extension mobilization, then open chain shoulder exercises—flexion, extension, abduction, adduction, external and internal rotation—keeping the scapula depressed and using light weights.
Assess the elbow and hand in anatomical position, noting edema and deformities. Test flexion, extension, supination, pronation with resistance, and identify lateral or medial epicondylitis.
Apply muscle energy techniques for elbow and hand, using resisted elbow flexion/extension to relax the biceps, triceps, and wrist flexors and extensors with passive stretch and pronation and supination.
Learn passive hand, wrist, and finger mobilization from the ulna and radius with traction and rotation. Open the carpal tunnel region with myofascial techniques and promote grip strength.
Demonstrates open chain elbow and wrist exercises, including flexion, extension, supination, and pronation, with progressive weights to strengthen forearm and arm muscles for daily activities.
Explore closed kinematic chain exercises for the upper extremity, including bear position, push-ups, and pull-up progressions that emphasize scapular depression, shoulder alignment, and postural control.
In this course you will learn exactly how to examine a patient with Neck pain, Shoulder, elbow and wrist pain, how to evaluate the static posture and the dynamic posture. You will learn practically the basic principles of the evaluation and treatment with Muscle energy techniques, myofascial techniques and exercises for the cervical region and upper extremity.
During the course you will learn:
· How to examine the static posture of a patient with neck problems
· How to examine a patient with shoulder, elbow, wrist and hand pain
· What dynamic tests can you apply to a patient with neck pain, shoulder, elbow and wrist pain.
· How to practically apply the myofascial techniques for the relaxation of the muscles around the cervical region, shoulder region, elbow and wrist.
· How to apply open and close kinematic chain exercises for the cervical spine and the upper extremities.
After the course you will be able to examine and treat a patient with neck pain and upper extremity pain step by step. The course is illustrated with the real patient so you can understand the principles and apply it easily in practice. Its super easy to understand it because I have explained it in detail, and step by step all the process. I have prepared many videos for the lectures, and you can also download the materials in pdf for the theoretical part.