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UCMT Myokinetic
Flashcards to help remember facts about Master Class - Myokinetic Techniques
Question | Answer |
---|---|
Kinetic | The study of motion and rate of change. |
Goals for myokinetics include... | Increased Range of Motion, Quality of Movement, and restore proper function of the body. |
Hypodermis or Tela Subcutanea... | Superfiscial Fascia. |
True Fascia... | Made of D.I.C.T., this is the deep fascia of the body. |
This fascia wraps the entire mscle... | Epimysium. |
This fascia wraps the muscles into bundles, OR fasciculi. | Perimysium. |
This fascia wraps and binds around the myofibrils within the fasciculus... | Endomysium. |
This is a tough continusous tissue attaching muscle to bone. | Tendon. |
This is a tough continuous tissue that attaches bone to bone. | Ligament. |
This is the fascia that wraps each bone. | Periosteum. |
Tensile strength for fascia is provided by... | Collagen. |
The pressure that is exerted outward by the weight of the fluid against the surrounding structures is... | Hydrostatic Pressure. |
THe causes for restrictions within the body are... | Injury, Lack of movement, repetitive movement, chronic holding patterns, pathologies, and emotions. |
Indications for myokinetic bodywork are... | Limited range of motion, musculoskeletal disorders, joint dysfunctions (even after replacement surgury), pain, decreased performance. |
Cautions when working with myokinetic techniques are... | Inflammation, cancer, chemically compromised, compromised immune function, pregnancy, and loss of joint integrity. |
The process of assigning a value to a dysfunction or deviation is called... | Assessment. |
Two steps of assessment are... | Determine a starting point and reassess after treatment. |
What are the seven Horizontal Lines or bands? | Sphenobasilar "Eye Band", Craniocervical "Chin Band", Cervicothoracic "Collar/Clavicular Band", Dorsal/Mid-Thoracic Hinge "Chest Band", THoracolumbar "Belly Band", Sacrolumbar "Inguinal Band", Sacrococcygeal "Groin/Pubic Band" |
What are the main views for assessment? | Frontal, Posterior, Left Side, Right Side |
Awareness of the body's self in 3-D space is... | Proprioception. |
Retraining the proprioceptive cells through specific repetitions is... | Re-Patterning |
Sensory Receptors located near musculotendonal junctions that cause the muscle to relax, when activated by increase of tension, to prevent injury. | Golgi Tendon Organs |
Sensory receptor located within muscle belly tissues that cause muscular contraction, when activated from sudden increase in muscle length, to stabilize and prevent injury. | Muscle Spindle Cells. |
Sensory organs located in joint capsules and monitor pressure and acceleration or deceleration of joint movement. | Joint Kinesthetic Receptors. |
What are the two types of self movement? | Reflexive (inherited as in blinking, swallowing, and etc.) and Learned (practiced movement as in walking and eating.) |
Stimulus Identification. | Sensory information learned when a new stimulus is introduced, (as when thrown a ball, a young child often is hit by the ball before it is realized.) |
Response Selection. | Sensory information repeats and the information is stored in the short term memory. (as in a young child realizing the ball is going to be thrown and gets ready to catch.) |
Response programming. | Sensory information stored in the long term memory after repetition has been consistant. (A young child catches a ball thrown at him/her after not catching it multiple times.) |
Motor Learning. | A set process, which leads to changes in skilled behavior. (Stimulus Identification, Response Selection, and Response Programming. |
Re-Patterning. | Continuously fashioning according to a pattern. |
A dysfunction where the knee is taken, and locked into hyperextension. | Genu recurvatum. |
A hip dysfunction of the SBL where one os coxa tips in a posterior direction. | Retroverted Hip. |
A bilateral tilt on the pelvis usually from short hamstrings. | Posterior pelvic tilt. |
A dysfuntion where the entire back line is shortened from the calcaneous to the scapulae, usually bilaterally. | Body Bow. |
A dysfunction where the patellar tendon is being pulled to one side. | Patellar Tracking. |
A dysfunction often caused by patellar tracking that is a softening of the articular cartilage behind the patella. | Chondromalacia. |
The addition of osseus tissues to the tibial tuberosity due to overdeveloped quadricaps muscles, often found in youth. | Osgood-Schlatter disease. |
A dysfunction in which one os coxa is tipped anteriorly. | Anteverted hip. |
A dysfunction in which anterior superior iliac spines are inferior to the posterior superior iliac spine. | Anterior Pelvic Tilt. |
A dysfunction due to a shortening on the anterior trunk, usually caused by shortened abs. | Ventral Drag. |
A cojndition in which the natural Kyphotic curve is overdeveloped. | Kyphosis. |
What is the postural function of the lateral line? | Balances and supports SFL & SBL. |
A dysfunction where the plantar surface of the foot is brought aay from the midline causing a collapsed arch. | Eversion of the foot. |
A dysfunction where excessive tensile strength on the IT Band creates friction as it crosses over the femoral epicondyle. | IT Band Friction Syndrome. |
A dysfunction where the distal portion of the tibia deviates medially. | Genu Varum or "Bow-legged". |
A dysfunction where the plantar surface of the foot is brought toward the midline creating a high arch. | Inversion of the foot. |
A nerve entrapment at the site just posterior and inferior to the medial malleolus. | Tarsal Tunnel Syndrome. |
A dysfunction where the distal portion of the tibia deviates laterally bringing the knees together. | Genu Valgum or "Knock-Knee" |
A dysfunction caused compensation where hip flexors and lumbar muscles are locked short inhibiting their antagonist muscles. | Pelvic Crossed Syndrome. |
Working on viscerosomatic dysfunctions, a therapist should work... | Deeper to reach the organ level. |
Working on somatoviscaral dysfunctions, a therapist should work... | superficial to relax the muscles activating trigger points. |
The purpose of the Sacral fascia is... | to anchor lumbodorsal fascia to the sacrotuberous ligament. |