My aim is to educate the therapists on a safe, ethical and effective treatment technique by providing education congruent with current evidence informed research and by developing the therapists skill, confidence and proficiency for the treatment of injured ligaments and the surrounding tissues.
L.A.S.T. is a historically innovative, precise, principle based technique supported by evidence informed research. The technique aims to modulate the nervous system and re-educate it as to what is noxious (threat/danger) and non-noxious (safe) stimuli. By accomplishing this change, we see a decrease in protective muscle engagement, increased pain pressure sensativity (pain reduction) and normalization of kinaesthetic and proprioceptive awareness.
Peripheral joint injuries affect the healthy functioning of our tissues and produce disrupt nerve signaling that causes pain, and protective musculoskeletal guarding. These altered processes decrease the quality of life in our patients.
Our nervous system plays a vital role in maintaining all aspects of physical and mental health. A complex network of mechanoreceptors and sensory nerves continuously monitors health and safety status of our tissues and triggers reflexive/protective responses in the CNS when an injury or perceived threat is detected.
Making changes to how the mechanoreceptors and articular sensory nerves provide information to the CNS is the primary goal of the LAST. The technique targets the mechanoreceptors located at the ligamentoperiosteal and tenoperiosteal junction/enthuses.
Current research has shown that techniques, which target areas of high concentration of mechanoreceptors (entheses), have longer lasting effects. Current research has also shown that combining LAST with other techniques such as MET significantly improved treatment outcomes. Mechanoreceptor specific techniques such as Ligamentous Articular Strain Technique (LAST) affect neuroplasticity, ligaments, joint capsules, fascia, muscles, tendons, and indirectly, lymphatic and blood flow.
Ligaments & joint capsules are embedded, local densifications, local specifications of a body wide collagenous and fibrous, tension driven interconnected system. Ligamentous/Peripheral Joint Injuries are neurophysiologic dysfunctions influencing “Executive Functions” such as processing of somatosensory information by the prefrontal cortex, causing reorganization of the central nervous system, in essence affecting neuroplasticity.
Each course provides the therapist with information obtained from research pertaining to Neurology, Fascia, Mechanoreceptors, Ligamentomuscular reflexes and the physiological effects manual therapies such as LAST have on the body. Therapists will be able to educate and inform their patients on the reasoning for, the effects of, and expected outcomes of incorporating and utilizing L.A.S.T.