Mastering Myofascial Release Level 1 (3 CE)

Frame fascia as an organ system and outline its continuous anatomy from superficial to neural fascia, and its roles in transmitting force, supporting posture, and regulating circulation and sensation.

Fascia cannot be permanently stretched, but movement and pressure improve fascial glide, reduce stiffness, and alter signaling via fibroblasts and hyaluronic acid; single-session remodeling and pain relief remain unproven.

Identify contraindications for myofascial release, including recent sprains or fractures, neurological or vascular compromise, reduced bone density such as osteoporosis, cancer-affected areas, and active infections, and apply caution accordingly.

Explore the science of the melt—fascia’s ground substance and collagenous web respond to thixotropy and piezoelectric cues under sustained pressure, using a three-step protocol: engagement, wait 90 seconds, and following.

Treat the ankle as part of the superficial back line by decompressing and softening the Achilles tendon interface, improving plantar fascia calcaneus glide and redistributing tension.

Calf release improves gastrocnemius and soleus function by enhancing fascia mobility and force distribution through the posterior chain, linking foot mechanics to hip and lower back, improving walking efficiency.

Explore how the hamstrings connect to the sacrotuberous ligament, thoracolumbar fascia, and plantar fascia to influence sacral tension, lumbar stability, gait, and sciatica symptoms.

Explore how the glutes act as fascial hubs connecting to the thoracolumbar fascia and sacrotuberous ligament, stabilizing the pelvis and spine while awakening neuromuscular activation through targeted stimulation and release.

Assess posterior chain and lumbosacral fascia, applying direct or indirect fascial techniques with 60-second holds. Use diaphragmatic breathing and prone thoracic technique to improve thoracic extension, rotation, and scapular alignment.

Release neck fascia with gentle cervical pumping, diaphragmatic breathing, and controlled fascial spreading techniques to ease forward head posture and decompress the suboccipital region.

Examine the cranial fascia as a tension dome shaped by chronic holding patterns, linking forward head posture and jaw clenching to headaches and restricted glide, with hands-on release techniques.

Learn how the anterior lower leg fascia acts as a deceleration and tension transmitter, linking tibialis anterior to the foot arches and pelvis to improve gait and knee tracking.

Strengthen the upper leg as an anti-collapse system by releasing the quadriceps and rectus femoris to improve pelvic alignment, breathing, and stride through fascial techniques and long leg traction.

Explore the diaphragm as a bridge between chest and abdomen and learn diaphragmatic and iliopsoas myofascial release techniques that improve pain and mobility in chronic low back pain.

Explore how the chest bridges breathing, posture, and movement via the pectoral fascia, sternum, rib cage, and diaphragm attachments, and apply traction and release techniques to restore chest wall glide.

Coordinate the anterior neck to improve breathing, posture, and facial expression through a front line fascial system involving the clavicle, scm, scalenes, and jaw, with targeted releases.