
Explore principles of balanced ligamentous tension and belt, tracing origins from osteopathy founders and Sutherland, with regional differences and a release enhancing mechanism using the diaphragm, eye, and tongue positions.
Classify techniques into indirect and direct; guide dysfunction toward ease barrier (ESE) with disengagement, exaggeration, wobble point, and release, then use direct myofascial release and respiration-based palpation and intersegmental testing.
Target joint and myofascial dysfunctions and lymphatic congestion with balanced ligamentous tension belt and ligamentous articular strain, while avoiding fractures, malignancy, infection, or severe osteoporosis.
practice supine direct myofascial release for the plantar fascia to address plantar fasciitis or heel spurs, using three releases with plantar flexion, neutral, and dorsiflexion.
Perform a supine indirect ligamentous articular release on the metatarsals, tarsals, and toes to address midfoot and toe pain, using gentle plantar flexion and body-guided compression.
Use the bootjack technique to address heel and foot pain, including heel spurs, via supine positioning and balanced calcaneus traction between the heel and forefoot.
Realign the fibula at the knee with the fibular head technique to restore the ankle mortise and prevent chronic sprains, allowing ligaments to heal over about three months.
Use a supine indirect ligamentous articular release on the anterior talus to reduce ankle pain and improve dorsiflexion; diagnose forward-shifted talus by tibial shelf, release with controlled pressure, and recheck.
Perform a supine indirect ligamentous articular release to recenter the posterior talus and relieve plantar flexion pain. Diagnose via tibia-talus junction and guide to the ball balance point.
Perform a supine direct myofascial release on the dorsiflexors and tibial fascia to relieve shin splints and front-lower-leg pain, using steady medial-posterior thumb pressure until release.
Perform supine direct myofascial release to relax the plantar flexors of the foot and calf, targeting the gastrocnemius and soleus with transverse fingertip pressure and leg weight.
Apply a supine direct ligamentous articular release of the fibular head to balance tension around the knee and ankle, restoring stability and relieving pain from chronic ankle sprains.
Perform a supine ligamentous articular release on the lateral fibular collateral ligament to relieve lateral knee pain by realigning the knee through controlled tension.
Perform a ligamentous articular release for the medial collateral ligament to relieve medial knee pain. Apply balanced tension and barrier releases as the knee straightens to restore movement.
Perform supine direct myofascial release of the popliteal fascia to relieve pain behind the knee and improve mobility, using a wedge hand position and gentle downward, forward tension until release.
Perform a supine ligamentous articular release on the cruciate ligaments. Stabilize the femur and tibia, apply downward, compressive, and rotational forces to induce a release and center the tibial tubercle.
Position the patient supine and locate tensor fasciae latae spasm near the greater trochanter. Apply posterior and medial thumb pressure, hold until release, relieving lateral hip pain and improving flexibility.
Apply supine direct myofascial release to the iliotibial band to relieve lateral thigh pain. Locate the tightest IT band point and apply medial-posterior pressure with the thumb, holding until release.
Apply supine direct myofascial release to the adductors of the femur (pectineus, adductor brevis, longus, magnus, gracilis) to balance groin muscles, relieve deep groin pain, and improve hip mobility.
Treat the external hip rotators with lateral recumbent direct myofascial release, locating piriformis spasm and applying steady thumb pressure to relieve sciatic pain and improve hip mobility.
Position the patient in a lateral recumbent posture to access gluteus medius and locate spasm near the greater trochanter, then apply medial, inferior, and anterior thumb pressure for sciatica relief.
Center the femur in the acetabulum by medially directed compression from the ilium to the greater trochanter, with the patient in lateral recumbent position, to relieve hip pain.
Apply supine, direct ligamentous articular release in the second hip technique to balance hip joint tension and realign the femoral head, addressing hip pain from lower-extremity force or a fall.
Perform supine direct myofascial release on the pelvic diaphragm, releasing the outer urogenital and inner levator ani layers to restore fluid flow and alleviate pelvic symptoms.
Explore sacroiliac release techniques to relieve lower back and hip pain, including decompression sacral release and cross hand sacral release, using direct and indirect ligamentous releases for lateral compression.
Apply a supine direct myofascial release to presacral fascia using the medial umbilical ligaments. This technique relieves pelvic and low back pain and may address testicular swelling via inguinal rings.
Apply indirect ligamentous articular release to the innominates in the direction of least resistance, releasing pelvic torsion and restoring the pelvis's rhythm to relieve groin pain and leg length differences.
Explore the supine direct ligamentous articular release of the inguinal ligament to ease groin pain and knee instability caused by pelvic dysfunction and meralgia paresthetica.
Perform a supine direct myofascial release of the iliopsoas to relieve hip flexor tension and improve posture by releasing the muscle near the femoral artery and anterior superior iliac spine.
Release the iliolumbar ligaments and erector spinae muscles to ease low back pain and sacroiliac stiffness by freeing lumbar movement.
Explore the median umbilical ligament, a fetal urachus remnant linking pelvic fascia to the diaphragm, and apply supine direct myofascial release to relieve tightness and suprapubic pain or urinary frequency.
Apply indirect myofascial release to the umbilicus in supine patients to restore mobility and ease abdominal pain, breathing, and digestion through directional rotation and barrier release.
Release tension along the superior linea alba with a supine direct myofascial release, targeting upper abdominal restrictions to ease epigastric pain and indigestion.
Apply a direct myofascial release to the falciform ligament to address upper right abdominal discomfort. Locate below the xiphoid and hold for release.
Apply direct myofascial release to the coronary ligament to relieve upper left quadrant abdominal discomfort, using balanced thumb pressure (10-20) and a posterior, lateral, and superior release.
release the latissimus dorsi after iliolumbar work to improve back and shoulder mobility. position the client side-lying, apply steady anterior, medial, and inferior pressure along the muscle.
Perform lateral recumbent myofascial release on the internal and external obliques and quadratus lumborum to improve core function and rotational mobility.
Learn the indirect ligamentous articular release for the lower ribs and respiratory diaphragm to improve rib mobility and breathing mechanics.
Apply direct myofascial release to the respiratory diaphragm to restore its mobility and improve deep breathing, lymphatic drainage, and overall circulation.
Perform the supine indirect ligamentous articular release of the sternum to relieve anterior mid chest pain and improve chest movement and breathing by engaging the manubrium, xiphoid junction, and rotation.
Explain two indirect ligamentous articular release techniques for pectus excavatum and pectus carinatum, using gentle exaggeration and balanced pressure to restore chest shape and mobility, with somato emotional releases acknowledged.
Apply lateral recumbent direct ligamentous articular release to ribs 4–8 to release tension, restore bucket-handle rib movement, and improve chest breathing and pain in costochondritis.
Guide ribs 2 through 12 with a supine indirect ligamentous articular release to relieve thoracic and chest pain by freeing the rib and restoring its position.
Learn lateral recumbent osteopathic techniques to release ligamentous articular strain in the second and third ribs, balancing front, back, and side rib positions for easier breathing.
Master the supine direct ligamentous articular release for an elevated first rib, applying firm, balanced pressure to restore rib motion and ease neck and thoracic outlet symptoms.
Explore the spine as an embryonic axial core, with vertebrae formed from somites and sclerotome, revealing regional facet angles, scoliosis causes, and a unifying anterior‑superior treatment vector.
Perform a supine indirect ligamentous articular release for the lumbar and lower thoracic spine, balance the sacrum to a balance point and guide the vertebra to a position of ease.
Perform supine indirect ligamentous articular release on upper thoracic spine to relieve back pain by locating dysfunctional vertebrae, applying anterior-superior pressure, and starting with the lowest dysfunction and working upward.
Explore supine indirect ligamentous articular release for the cervical spine to relieve neck pain and radicular symptoms, using gentle, balanced contact at the tentorium cerebelli and C1–C2 and atlanto-occipital joints.
This course on Ligamentous Articular Strain (LAS) technique is designed to offer a deep dive into one of the most effective osteopathic manual therapy methods. LAS is a specialized technique aimed at treating joint dysfunction and imbalances by focusing on the ligaments, fascia, and the body's inherent capacity for self-correction. Throughout the course, participants will explore the historical development of LAS and its close relation to Balanced Ligamentous Tension (BLT), learning how these techniques aim to restore balance in the joints and surrounding soft tissues.
Key components of the course include the principles of tension balancing, the biomechanical rationale behind LAS, and various application methods, including both direct and indirect techniques.
You will learn to perform both diagnostic and treatment techniques in a step-by-step format, emphasizing patient comfort, safety, and results. LAS can be used to treat a wide range of conditions, including somatic dysfunction, lymphatic congestion, and joint mobility restrictions, making it a versatile addition to your clinical practice.
By the end of this course, you will be proficient in using LAS techniques to assess and treat joint and ligament dysfunctions, improving patient outcomes in both acute and chronic conditions. This course is ideal for osteopathic practitioners, physical therapists, and other manual therapists looking to expand their treatment repertoire.