Category: Articles

Born to Walk – Efficiency and Essential Events

Walking upright is one of the factors that sets us apart from our nonhuman primate cousins and is considered to be one of the main forces behind our evolution into our current Homo sapiens selves. Creating a stable, resilient form with the least calorie usage has been a driving force within nature. Different animals use different strategies

Myofascia in a Movement Context

Appreciating the role of fascia in walking leads us to a new understanding of muscles. The old idea of movement via concentric, eccentric, and occasional isometric contraction is simply not how the body works in many functions. The muscles work as a stiffness-adjusting system. Just as a Pilates instructor changes the springs on a reformer

Physiological responses of manual therapy revealed in animal models

Manual therapy has been known to have positive impacts on various conditions. Trials were usually carried out to find out if a treatment is effective for a specific condition. To understand the mechanism of how manual therapy works and looked at the physiological and biological responses of massage, researchers have used animals as a model.

FASCIA RESEARCH ONLINE SUMMIT 2020

  FASCIA RESEARCH ONLINE SUMMIT 2020 May 20th & May 22nd, 2020 Each day from 1 pm until 5:15 pm Eastern Time (US & Canada), Or 7:15 am Eastern Standard Time in Australia STREAMING Online High quality scientific lectures from the international fascia research field – oriented to clinicians working in the fields of manual or

The sensitivity of the Fascia to the Endocannabinoid System

Myofascial pain is a common clinical disorder, beginning as acute pain within the musculoskeletal system with a referred autonomic phenomenon, which includes pain, decreased ranged of motion, and weakness. Work by Carla Stecco and colleagues from Padova has demonstrated that human fascia has endocannabinoid receptors, which suggests that fascia could be a source but also

Calf massage in managing muscle length in boys with Duchenne muscular dystrophy

Duchenne Muscular Dystrophy (DMD) is a genetic disorder affecting skeletal muscles, which leads to progressive muscular weakness. It is typically in boys with symptoms of progressive weakness and loss (atrophy) of skeletal and heart muscle. A study from the University of Melbourne in Australia explored the effects of standardized calf massage boys with Duchenne muscular

Fascia-focused movement criteria

Fascia-focused movement criteria by Elizabeth Larkam Movement requirements 1. Movements are sustainable for motor control refinement and collagen remodeling 2. Movements encourage awareness of and embodiment of the biotensegrity model. “A tensegrity structure provides a global response to a local mechanical stress. The result is a degree of independence from the force of gravity. Without a