
Master MET to treat musculoskeletal dysfunctions by addressing tightness and joint restrictions, assess patients, apply variations, and integrate into treatment plans aligned with osteopathic principles for improved outcomes.
Explore how met mobilizes soft tissue and joints, rooted in osteopathic medicine. Learn to individualize met, balance contraction type and effort, and integrate with other methods.
Compare met and pnf similarities and differences, tracing met's osteopathic roots and pnf's physical therapy origins, and their use of isometric contractions at end range versus first sign of resistance.
Learn how postural and phasic muscles differ, including slow and fast twitch fibers and potential fiber-type shifts, and how met helps address imbalances for balanced body function.
Explore patterns of muscle imbalance, where underactive stabilizers like the gluteus medius trigger overactivity and compensations in postural and phasic muscles, shaping posture and movement.
Identify pain sources in joints and muscles using met guidelines, distinguishing soft tissue from joint pain with passive and active movements, resisted tests, and end feel.
Explore possible neurological mechanisms behind MET and PNF, including post-isometric relaxation, reciprocal inhibition, and BDNF-related effects, with mixed EMG findings and the idea of increased stretch tolerance guiding ongoing research.
Met muscle energy technique engages the patient in controlled contractions against therapist resistance, emphasizing precise direction, proper positioning, avoiding common errors, and a no-pain guideline.
Met targets primary indications like myofascial dysfunction and articular restriction, reducing muscle tightness and improving joint mobility, while secondary indications enhance local circulation, respiration, and neuromuscular balance.
Identify relative and absolute contraindications for muscle energy techniques, including moderate to severe strains, severe osteoporosis, severe illness, fracture, dislocation, or joint instability, and lack of patient cooperation.
Understand general considerations for met: position at the edge of the restrictive barrier, have the patient contract for 3–5 seconds, then relax and repeat 3–7 times, followed by re-evaluation.
Examine the trapezius from occipital origin to clavicle, acromion, and scapular spine, detailing upper, middle, and lower fiber actions that elevate, retract, and depress the shoulder with met techniques.
The levator scapulae originates from c1–c4 transverse processes and elevates and retracts the scapula, aids neck side bending, with dual innervation; the lecture covers assessment and resistance-based treatment.
Explore the sternocleidomastoid’s role in neck movement, detailing its heads, mastoid insertion, and accessory nerve supply. Learn simple assessment and release steps to ease neck pain.
Explore the scalene muscles, their cervical origin, anterior/middle/posterior parts, innervation by C3–C8, and roles in neck flexion, first rib elevation, and lateral flexion/rotation, with safe assessment and MET techniques.
Examine the pectoralis major’s clavicular and sternocostal fibers, their roles in adduction, rotation, and flexion, and apply MET to assess tightness with arm elevation and guided lengthening.
Explore the pectoralis minor, biceps brachii, and coracobrachialis, their roles in scapular movement, shoulder stability, and breathing, and learn met-based assessment and treatment to address posture and shoulder conditions.
Explain the origins, insertions, and arm actions of the latissimus dorsi and teres major. Highlight their roles in pulling, climbing, and stabilizing the scapula within the posterior oblique sling.
Explore how the subscapularis and infraspinatus rotator cuff muscles stabilize the humeral head and enable rotation, with assessment and met treatment to prevent impingement and pain.
Explore gastrocnemius and soleus, the triceps surae powering walking and running through plantar flexion, with origins on the femur and tibia and insertions at the calcaneus via Achilles tendon.
Apply muscle energy techniques to assess and lengthen the hamstrings—biceps femoris, semitendinosus, semimembranosus—using hip flexion tests, reciprocal inhibition, and contraction–relaxation to improve range of motion.
Understand how the tensor fasciae latae and iliotibial band influence hip and knee stability through Ober's test assessment and the muscle energy techniques (MET) treatment.
Explains how the adductors bring the leg inward, stabilize the hip, and medially rotate, and outlines MET for lengthening with a supine setup and 10-second resisted abduction.
Explore the iliopsoas, the hip flexor formed by psoas major and iliacus, its origin and insertion, action, trunk stability, and assessment and muscle energy techniques to treat tightness.
The rectus femoris, a two-headed muscle crossing the hip and knee, enables knee extension and hip flexion; treat with met to lengthen and improve function.
Explore the piriformis muscle's role in hip movement, pelvic stability, and potential sciatica, tracing its sacral origin to the greater trochanter and applying met techniques to assess and lengthen it.
Examine the quadratus lumborum (QL) anatomy and function, including origin, insertion, and its role in lumbar stability and lateral flexion, and apply MET in sideline position to lengthen the QL.
Demonstrates the erector spinae’s anatomy and function, shows assessment tests like toe touch and lumbar flexion, and guides a muscle energy technique to lengthen tight lumbar erector spinae.
Explore the osteopathic view of a mind, body, and spirit triad and how addressing the key lesion, bowstring diaphragms, and interstitial fluid flow enhances movement.
Identify the key lesion as the primary dysfunction blocking healing, locate it with systematic, observational, tablecloth pull, and movement cues, and apply steady pressure to unlock the body's healing.
the anterior innominate muscle energy technique addresses anterior innominate rotation or inferior pubic shear linked to back and pelvic pain through a stepwise positioning, isometric contraction, and mobilization sequence.
Apply posterior innominate muscle energy technique to reset pelvic alignment for posterior innominate rotation or superior pubic shear with isometric contraction and gentle stretch.
guide a supine pubic muscle energy technique to address pubic symphysis compression with knee-out and knee-in pushes for 3–5 seconds, repeating 3–5 cycles, retest symmetry, and prescribe mobilization if improved.
Practice pubic self-mobilization at home to ease discomfort. Lie on your back, bend knees, press outward with hands, then squeeze a ball between knees inward for 3–5 seconds, 1–3 reps.
Learn the ilium in flare muscle energy technique to relieve back, pelvic, and hip pain via isometric contraction and hip abduction, under safety guidelines and contraindications.
Focus on the ilium outflare muscle energy technique to relieve back, pelvic, and hip discomfort. Use isometric resistance for 3 to 5 seconds, progress with medial adduction, and retest symmetry.
Master the muscle energy technique for sacral extension dysfunction, using breath-guided pressure to flex the sacrum and improve unilateral or bilateral sacroiliac motion.
Learn to correct backward sacral torsions with muscle energy techniques through a lateral recumbent stretch and an isometric contract relax cycle, improving sacral motion and symmetry.
Master the forward sacral torsion muscle energy technique in a lateral Sims position to improve sacroiliac motion, using a contract-relax-stretch cycle for pelvic balance.
Learn sacral flexion muscle energy technique for sacroiliac mobility, low back, and pelvic relief. Use prone position, targeted sacral contact, leg alignment, and breath-guided extension with exhalation resistance; then retest.
In this course, you will dive deep into the effective use of Muscle Energy Techniques (MET) for treating musculoskeletal dysfunctions. Developed from osteopathic principles, MET is a powerful tool used by physiotherapists and manual therapists to address muscle tightness, joint restrictions, and overall mobility issues. This course is designed to provide you with both foundational knowledge and practical skills to confidently apply MET in your clinical practice.
Throughout the course, you’ll learn how to assess patients effectively and determine when MET is the best approach. We'll explore different variations of MET and discuss how to incorporate these techniques into broader treatment plans. You’ll also gain insights into how MET can be combined with other methods to enhance patient outcomes.
By the end of this course, you’ll understand how to apply MET safely and efficiently, customize treatment based on individual patient needs, and achieve improved clinical results. This course is perfect for physiotherapists, chiropractors, and manual therapists looking to expand their skill set and provide more comprehensive care to their patients. Whether you’re just starting out or seeking to refine your technique, this course offers practical, strategies that will enhance your ability to treat musculoskeletal issues confidently and effectively.
Good learning