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Science Behind Alignment and effect on Kinesiology. Maintaining or restoring precise movement of specific segments is key to preventing or correcting musculoskeletal pain. Ideal alignment facilitates optimal movement
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Science Behind Alignment and effect on Kinesiology • Maintaining or restoring precise movement of specific segments is key to preventing or correcting musculoskeletal pain • Ideal alignment facilitates optimal movement • If alignment is faulty before motion is initiated, correction is necessary to prevent musculoskeletal pain - Shirley Sahrmann, PT
Asana translates as “Posture” • Asanas are conduits for developing patterns of movement, both static and dynamic • Practicing asana in alignment creates muscle strength and flexibility to transform structural balance • Structural balance facilitates the flow of prana
Importance in Hatha Yoga • When movements are faulty or strength and flexibility are compromised, negative changes occur in soft tissues and in bony structures • Result: musculoskeletal pain or movement impairment syndrome Sahrmann • Asana practice with awareness transforms the practice into a musculoskeletal healing tool
How do we create awareness? • Through body reading and allowing our students to create their own balance • Empowerment through knowledge • During process, be sure to notice and communicate at least 3 positive aspects with your client • Use a mirror and stand with the client to facilitate cooperative processJamesEarlsandThomasMyers
Posture is not static, Posture is a reaction to life experience • Lifestyle • Genetics • Recreational and sports activities • Musculo-skeletal injuries • Trauma: emotional and physical • Work habits
Symptoms do not equal Cause! • The human body is an integrated structure • A symptom could be the result of a cause elsewhere in the body, on any level: physical, emotional, mental, energetic • A holistic approach to assessment is KEY in addressing the actual cause of the dysfunction • Structural Analysis is only the first step, but an important step
Physiological Factors which affect Postural Alignment • Muscle Tone: • The normal state of balanced tension in the muscles • High normal muscle tone: state of higher tension; tendency to have decreased flexibility • Low normal muscle tone: state of lower tension: tendency to have greater flexibility, “rest on joints”
Muscle Tone and Habits exhibited in Posture and Asanas PROPPING High normal tone/Type A/ Active • Rigidly standing on the earth like a piece of furniture. • Results in pushing out of the ground only Inquires: • 1. What kind of breath might accompany propping? • 2. Which kind of practice-mind might associate itself with this kind of breath?Yapana Yoga
COLLAPSING Low Normal Muscle Tone Increased flexibility/Dancer/Possibly less active • Dropping the weight of the body into the earth without maintaining a connection through the structure that allows us to use gravity to our advantage. The structure‘sinks’ into the ground and can result in labored, shallow breathing. • When a student is collapsing, she is using too much flexibility and not enough strength.Yapana Yoga
2nd Physiological Factor: Connective Tissue • Fascia A sheet or band of fibrous connective tissue enveloping, separating, or binding together muscles, organs, and other soft structures of the body Fascia restrictions can affect body alignment
3rd Physiological Factor:Biomechanics • Alignment of the bones and joints relative to the center of gravity • Static forces imposed on bone can affect their longitudinal shape and the shape of the joint surfaces