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70 Cards in this Set
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- Back
- 3rd side (hint)
What is the main objective in correct of exercise? |
To optimize the quality of our movements. |
Increase o. Quantity over... |
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The role of the CES is not to treat the musculoskeletal injury, but instead to |
Reduce the likelihood of it occurring in clients/athletes. |
Decrease |
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Approximately how many adults are estimated to be obese? |
~1/3, 33.8% |
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What percentage of adolescents/teenagers are considered overweight? |
18% |
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What is this new environment producing more of? |
Inactive, less healthy, & non-functional people who are more prone to injury. |
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Decreased activity may lead to what? |
Muscular dysfunction & injury. |
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What is reported to be the most common sports related injury? |
Ankle sprains. |
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Those who suffer a lateral ankle sprain are at risk for developing what? |
Chronic ankle instability. |
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What may individuals experience after an ankle sprain? |
Hip weakness. |
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What is one of the major forms of musculoskeletal degeneration seen in the adult population? What percentage of adults does it affect? |
Low back pain. 80% of all adults. |
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Low back pain is predominate among workers in what type of workspaces? What else may play a part in low back pain? |
Enclosed (offices). Manual labor (farming). People who sit for longer than 3 hrs. People with altered lumbar lordosis (curve in the lumbar spine). |
2 workspaces 1 objective 1 medical condition |
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What fraction of work related injuries involve the trunk? Of these what percentage involved the low back? |
1/3 trunk. 60% low back. |
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What percentage of athletes experience low back pain in a given year? |
6-15%. |
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An estimate of how many anterior cruciate ligament ACL injuries occur annually in the general US population? Approximately what percentage of these are non-contact injuries? |
80,000 to 100,000. 70-75% non-contact. |
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ACL injuries have a strong correlation to acquiring what in the affected knee? |
Arthritis. |
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Most ACL injuries occur between what ages? |
15-25 years of age. |
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Shoulder pain is reported to occur in up to what percent of the general population? What percentage persists for at least 1 year? |
21% of general Pop. 40% persists. |
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What is the most prevailant diagnosis of shoulder injury? This accounts for what percentage of reported shoulder pain? |
Shoulder impingement. 40-65%. |
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The persistent nature of shoulder pain may be the result of what? |
Degenerative changes to the shoulders capsuloligamentous structures. Articular cartilage. Tendons. |
DAT |
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Many training programs for conditioning the musculoskeletal system often neglect proper training guidelines & do not address what? What can this neglect lead to? |
Potential muscle imbalances from a sedentary lifestyle. A weakened structure, leading to injury. |
It could happen. Lazy. Not strong. |
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The extent to which we condition our musculoskeletal system directly influences our ___. The less conditioned our musculoskeletal systems are, ___. |
Risk of injury. The higher the risk of injury. |
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Corrective exercise process, what is the 3-step process? |
1. Identify the Neuromusculoskeletal dysfunction/problem (integrated ass.) 2. Develop a plan of action/solve the problem (corrective program design). 3. Implement integrated corrective strategy/solution (exercise tech.) |
ID, make, & imp. |
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Corrective exercise continuum : |
Address neuromusculoskeletal dysfunction through the use of inhibitory, lengthening, activation, and integration techniques. |
Where you live. ILAI |
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What are the 4 primary phases of the Corrective Exercise Continuum? |
1. Inhibit. 2. Lengthen. 3. Activate. 4. Integrate. |
ILAI |
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Inhibitory techniques |
Used to release tension/decrease activity of overactive neuromyofacial tissues in the body. |
Relieve. Lessen. |
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Lengthening technique |
Used to increase the extensibility, length, and ROM of neuromyofacial tissues in the body. |
Heighten. NM |
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Activation techniques |
Used to re-educate/increase activation of underactive tissues. |
Back to school. Higher. |
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Integration techniques |
Used to retrain the collective synergistic functions of all muscles through functionally progressive movements. |
Training starts over. CSF |
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What is an example of an inhibitory technique? |
Self-myofascial release (SMR). |
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What are some examples of lengthening techniques? |
Static stretching. Neuromuscular stretching. |
SN |
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What are some examples of activation techniques? |
Positional isometrics. Isolated strengthening. |
PI |
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What is an example of integration technique? |
Integrated dynamic movement. |
IF |
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Before implementing the Corrective Exercise Continuum, an integrated assessment process should be done. What should the assessment process include? |
Movement assessments. ROM assessments. Muscle strength assessments. |
MRM |
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Biomechanics |
Principle of physics to quantitively study how forces interact within a living body. |
PP. Quan interact. |
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The motions that the HMS produces is ___ . The forces that act on it are ____. |
Kinematics. Kinetics. |
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What 3 parts make up the human movement system (HMS)? |
Skeletal system. Nervous system. Muscular system. |
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Movement is to occur predominately in a specific plane, when that movement occurs it is |
Along or parallel to that plane. |
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Although movement can be dominant in one plane, |
No motion occurs strictly in 1 plane of motion. |
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Sagittal plane : Where does motion occur? What type of motion? |
Right & left halves. Motion occurs around the frontal axis. Flexion & Extension. |
Bisects. Motion. Movements. |
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When does flexion occur? When does extension occur? |
F : when the relative angle between 2 adjacent segments decreases. E : when the relative angle between 2 adjacent segments increases. |
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Flexion & Extension occur in many joints in the body, including what? |
Vertebral. Shoulder. Elbow. Wrist. Hip. Knee. Foot. Hand. |
8 |
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What are 8 examples of predominantly sagittal plane exercise movements? |
Bicep curls. Tricep PD. Squats. Front lunge. Calf raise. Walking. Running. Climbing stairs. |
8 |
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Frontal Plane : Where does motion occur? |
Front & back halves. Motion occurs around an anterior-posterior axis. |
Bisects. Motion. |
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Movement in the frontal plane include : 5 |
Abduction & adduction (limbs/trunk). Lateral flexion (spine). Eversion & inversion (foot/ankle). |
ALEI |
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Lateral flexion |
The bending of the spine (cervical, thoracic, lumbar) from side to side/side bending. |
Back handspring. |
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Eversion & Inversion relate specifically to the movement of the |
Calcaneus & tarsals in the frontal plane during functional movements of pronation & supination. |
C & T. PS |
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What are 3 examples of frontal plane exercise movements? |
Lateral shoulder raises. Side lunges. Side shuffling. |
3 |
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Transverse plane : Where does motion occur? |
Upper & lower halves. Motion occurs around a longitudinal/vertical axis. |
Bisects. Motion. |
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What are 6 examples of movement in the transverse plane? |
Internal/External rotation of the limbs. Right/left rotation (head & trunk). Radioulnar pronation & supination |
RIR |
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Transverse plane motions of the foot are termed |
Abduction (toes pointing out word, externally rotated). Adduction (toes pointing inward, internally rotated). |
AA. |
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What are some examples of transverse plane exercise movements? |
Cable rotations. Turning lunges. Throwing a ball. Swinging a bat. |
4 |
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During Isometric action the muscle shortens, elastic components of the muscle |
Lengthen, the muscle is shortening however there is no movement in the joint. |
LSN |
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In all activities what muscle action dynamically stabilize the body? What is an example of this? |
Isometric actions. Stabilizers isometrically contract to restrict limbs from moving in an unwanted direction. |
Equal. Limbs. I don’t want to do that. |
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Concentric muscle action is also referred to as ___. |
A Positive during integrated resistance training. |
IT |
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All movements require what muscle action? |
Concentric muscle actions. |
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Forces are characterized by what? |
Magnitude (how strong). Direction (which way). |
MD |
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When the muscle is stimulated at length greater than or less then the optimal muscle length, the resulting tension is |
Less because there are fewer interactions of the myosin cross bridges & actin active sites. |
Sarcomere. MA. |
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Force velocity curve (CES) |
The relationship of a muscle’s ability to produce tension at differing shortening velocity. |
Marriage/dating makes TADS. What you’re capable of. |
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During the initial contact phase of gait, the subtalar joint pronates creating obligatory |
Internal rotation of the tibia, femur, & pelvis. |
In TFP : |
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Languages of bidirectional : Pelvic motion can create ___. Lower extremity motion can create ___. |
PM : lower extremity motion. LEM : pelvic motion. |
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During functional movement patterns, almost every muscle has the same synergistic function, that is to |
Eccentrically decelerate pronation. Concentrically accelerate supination. |
EP CAS |
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Why do muscles lengthen during eccentric actions? |
Because the contractile force is less than the resistive force. |
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During resistance training, an eccentric muscle action is also known as ___. When does this occur? |
A Negative. During the lowering phase of any resistance exercise. |
Going down. |
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During integrated resistance training, the eccentric action exerted by the muscles prevents what? |
Weight/resistance/implement from accelerating in an uncontrolled manner downward as a result of gravitational force. |
WIR fast. |
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Force-couple |
The synergistic action of muscles to produce movement around a joint. |
SAM J. |
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Every movement we produce must involve what muscle actions & functions to ensure proper joint motion & minimized once in motion? Our muscles working together for production of proper movement are working in ____. |
All muscle actions (eccentric, isometric, concentric). Agonists, synergists, stabilizers, & antagonist. |
3 4 |
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All muscles working together for the production of proper movement are working in what? |
Force-couples. |
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Proper force couple relationships are needed for what? This can only happen if the muscles are at ___. |
So the HMS moves in the desired manner. Optimal length-tension relationships & proper joint arthrokinematics (joint motion). |
What your heart ... LA. |
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When the patella turns inward (tibial & femoral internal rotation), |
Subtalar joint pronation occurs. |
SP |
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When the patella is turned outward (tibial & femoral external rotation), |
Subtalar joint supination occurs. |
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