Research, Articles & Case Studies

Upledger Institute International Case Study

CranioSacral Therapy – Post-Concussion, Learning to Breathe Again

Upledger Institute International Case Study

CranioSacral Therapy – Parkinson’s Disease 

Upledger Institute International Case Study

CranioSacral Therapy – Debilitating Sacral and Leg Pain

Upledger Institute International Case Study

CranioSacral Therapy – CranioSacral Therapy for Tinnitus 

Upledger Institute International Case Study

CranioSacral Therapy – CranioSacral Therapy for Migraines, Depression & Abnormal Menstruation Cycle

Upledger Institute International Case Study

CranioSacral Therapy – CranioSacral Therapy after a Tooth Extraction

In the new millennium, we can find another group dedicated to the study of Fascial Tissue!. There definitely is a special distinction between the term Fascia and the Fascial System, the first term is equivalent to the description of the tissue( mesoscopic and microscopic scale), Fascia is a thin sheet or any other dissectible aggregations of connective tissue that forms beneath the skin. It encloses muscles and internal organs like straps to hold everything up.

Upledger Institute International Case Study

CranioSacral Therapy – CranioSacral Therapy for Torticollis and Plagiocephaly

Ankyloglossia, also known as Tongue Tie is a strain pattern of the muscles of the tongue.. These strain patterns may impact craniofacial development, anatomical structure as well as musculature and cranial nerve function. When there is difficulty eating and breathing, the stress felt by the system may result in activation of the autonomic nervous system putting the reticular activating/alarm system (RAS) into overdrive. A surgical release of the frenulum is only the first step in aiding the healing of the total body system.

CranioSacral therapy is a modality that facilitates bringing the body into normal physiological motion and functionality of the tongue strain.

This research paper explores the critical role of water in bone structure and mechanical properties. The study highlights the four primary compartments of bone water: free water, loosely bound water, tightly bound water, and structural water, and their influence on bone strength and quality. It reviews advanced imaging and spectroscopic techniques such as MRI, NMR, Raman spectroscopy, and near-infrared spectral imaging for assessing bone hydration. Additionally, it discusses how bone water changes with age and disease conditions like osteoporosis, chronic kidney disease, diabetes, and osteogenesis imperfecta, and evaluates the potential of targeting hydration therapeutically, particularly with drugs like raloxifene, to improve bone resilience and fracture resistance.