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67 Cards in this Set
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- Back
- 3rd side (hint)
Knee injuries involving ligaments can cause a decrease in |
Neural control to muscles stabilizing the patellofemoral & tibiofemoral joints, leading to injury. |
SPaT. |
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Noncontact knee injuries are often the result of |
Ankle or hip dysfunctions. |
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Low back injuries can cause decreased |
Neural control to stabilizing muscles of the core, resulting in poor stabilization of the spine. |
SMC. PSS. |
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Low back injuries can further lead to dysfunction in |
Upper & lower extremities. |
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Shoulder injuries causeOther injuries that result from the HMS and balances |
Altered neural control of the rotator cuff muscles, leading to instability of the shoulder joint during functional activities. |
ANR. ISJ. |
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Other injuries that result from HMS imbalances include |
Repetitive hamstring complex strains. Patellar tendinitis (jumpers knee). Plantar fasciitis (arch pain). Posterior tibialis tendinitis (shinsplints). Biceps tendinitis (shoulder pain). Headaches. Groin strains. |
RPPPBHG |
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If the ankle or hip joint begins to function improperly this results in |
Altered movement & force disruption of the knee. |
AMFD. |
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Past surgeries can create dysfunction, unless |
Properly rehabilitated. |
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What are some common surgical procedures? (6) |
Back surgery. Appendectomy (cutting abdominal wall to remove appendix). Cesarean section for birth. Knee surgery. Shoulder surgery. Foot & ankle surgery. |
BACKS F. |
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Surgery will cause pain and inflammation that can alter |
Neural control to the effected muscles & joints if not rehabilitated properly. |
MJ. |
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What percentage of American adults do not partake, on a daily basis, and 30 minutes of low to moderate physical activity? |
More than 75%. |
Passing |
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The risk of chronic disease goes up significantly in individuals who are |
Not as physically active as the minimal standard. |
NAP. The bare... |
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Health and fitness professionals will work with clients with any number of chronic diseases like : |
Stroke/peripheral artery disease. CD, CAD, congenital HD, valvular disorders, congestive heart failure. Hypertension (HBP). Obesity (children/adults). Long breathing problems (smoking, asthma, obstructive pulmonary disease, exposure to inflammatory stimuli). Type 1/2 diabetes mellitus. High cholesterol/blood lip disorders. Cancer. |
SCHOL THC. |
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It is not the role of a health & fitness professional to |
Administer, prescribe, or educate on the usage & effects of any medications. |
APE. |
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Beta-blockers are generally used as |
Antihypertensive (HBP). Arrhythmias (irregular HR) |
AH. AT. |
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Calcium-channel blockers are generally prescribed for |
Hypertension & angina (chest pain). |
HAC. |
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Beta blockers ___ heart rate, & ___ blood pressure. |
Decreases HR. Decreases BP. |
DD. |
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Calcium channel blockers ___HR & ___ BP. |
Decrease, increase, no affect HR . Decrease BP. |
DIN. D |
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Nitrates ___ HR & ___ BP. |
Increase or no effect HR. Decrease or no effect BP. |
IN. DN. |
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Diuretics ___ HR & ___ BP. |
No effect HR. Decrease, no affect BP. |
NDN. |
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Bronchodilators ___ HR ___BP. |
No effect HR. No effect BP. |
NN |
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Vasodilators ___ HR & ___ BP. |
Decrease, Increase, no effect HR. Decrease BP. |
DIN. D. |
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Anti-depressants ___ HR & ___ BP. |
Increases or no affect HR. Decrease or no affect BP. |
IN.DN. |
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Static posture |
How an individual physically present themselves in stance. Reflected in the alignments of the body. |
Open your... Mirror line |
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Dynamic posture |
How long an individual is able to maintain an erect posture while performing functional tasks. |
Time little MJ. |
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Static posture provides the |
Foundation/platform from which extremities function. |
Strong hold of the house. Arm. |
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Assessments may not be able to specifically identify if a problem is |
Structural/Biomechanical in nature or weather it is derived from the development of poor muscular equipment patterns it resultant muscle imbalances. |
SB. DPM. |
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Static postural assessments provide excellent indicators of problem areas that must be |
Further evaluated in order to clarify the problem at hand. |
FEC. |
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What are several classes of factors for changes in joint alignment? |
Quality & Function of myofascial tissue. Alterations in muscle tendon function. |
QFA. |
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Myofascial |
The connective tissue in & around muscles & tendons. |
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Whatever the reason, the body will continually adapt in an attempt to |
Produce the functional outcome that is requested by the system. |
Make FOR. |
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Along the continuum of adaptation, the muscle tendon units will |
Shorten or lengthen as the stressors demand. |
Size supply. |
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The shortening or lengthening of muscle tendon units will result in the stabilizing muscles being |
Less efficient to stabilize joints as they are pulled out of optimal alignment. |
LES. Line. |
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What can alter normal movement patterns? |
A combination of tight & weak muscles.. |
TW |
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The alteration of normal movement patterns results in the alteration of |
Biomechanics of joints leading to degeneration. |
BJD. |
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What are 17 typically shortened muscles? |
Soleus. Upper trapezius. Psoas. Piriformis. Erector spinae. Rectus femoris. Sternocleidomastoid. Scalene. Quadratus Lumborum. Adductors. Teres Major. TFL. Levator Scapulae. Latissimus Dorsi. Pectoralis major/minor. Hamstrings. Gastrocnemius. |
SUPPER. SQATT. LLPPHG. |
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What are 14 typically lengthened muscles? |
Serratus Anterior. Multifidus. Anterior tibialis. Rhomboids. Teres minor. Posterior tibialis. Internal oblique. Middle/lower trap. Posterior deltoid. Deep cervical flexors. Infraspinatus. Gluteus medius/maximus. Transverse abdominis. Vastus medialis oblique. |
SMART. PIMP. DIG. TV. |
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What are the 5 main factors that cause postural imbalance |
1. Habitual movement patterns. 2. Altered movement patterns from repetitive movement. 3. Altered movement patterns from injury. 4. Altered movement patterns from surgery. 5. Alter movement patterns from incomplete rehabilitated injuries. |
HAMP. 4 |
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What are some examples of habitual movement patterns? |
Carrying a briefcase on one side of the body. Driving a lot. Workstations at home & in the office. |
CDW. |
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Repetition of movement as in chronic overuse/injury can lead to |
A change in the elasticity of the muscle. |
Rubber band. |
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What is considered a contributing factor of ultra movement patterns from repetitive movement? |
Poor posture. Lack of daily movement. |
PL |
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Muscle that is repeatedly placed in a short position will |
Eventually adapt & tend to remain short. |
EAT. |
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What is an example of a muscle that is repeatedly placed in a shortened position? |
Iliopsoas complex during sitting. |
IC. |
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Stress & chronic fatigue may also result in |
Muscle imbalances. |
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How can repetitive movements cause imbalances? |
By placing demands on certain muscle groups more predominately. |
Supply &.. MGP |
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Altered movement patterns from repetitive movement is evident when looking at |
Athletes (swimmers, runners, tennis players). |
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Swimmers often exhibit overemphasized ___ ,in relation to the ___ , giving them a ___ posture. |
Pectoral muscles. Scapular retractors. Rounded shoulder. |
PSR. |
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Repetitive movements also affect everyday people such as |
Construction workers (hammering with the same hand). Waiters/waitresses (carry trays with the same arm). |
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Postural imbalances are also saying in the gym with people who focus on |
Certain muscle groups more so than others. (Chest, shoulder, biceps). |
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Individuals to over emphasize chest, shoulder, & bicep work end up with what altered movement patterns from repetitive movement? |
Forward head. Internal rotation at the shoulder joint. Rounded shoulders. |
FIR. |
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Hypomobility |
Restricted motion. |
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What may acute injury result in? What may an individual assume to avoid pain or to create function? |
Chronic muscle imbalances. Adaptive postures.
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CA. |
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Oftentimes, even after the pain has substituted & motion restrictions or strength has returned, the individual may |
Not change their adaptive movement strategies unless reminded to return to a more normal motor pattern. |
Consistent AMS |
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What continues to promote modified motion? |
Repetitive ankle sprains, sore back etc. |
RAS. |
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The changing use patterns alters what? What does this lead to? |
Alters Loads across the joints. Alters Strategies of muscles. Muscular imbalances reflected in postural changes. |
ASL. M MP mirror. |
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Injury may also result in tissue that becomes |
Restricted (hypomobility). |
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If mobility is restored what happens? |
The reciprocal muscles are lengthened, creating weakness. |
RL. |
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Muscles that are too short and tight are then functionally |
Paired with muscles that are lengthened/weak, disrupting the NM balance in the inter-dependent relationship. |
Opposite. DNB. Couples. |
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What is often an overlooked aspect of the rehabilitation paradigm? |
Scar mobility (scar tissue) |
Mufasa’s brother. |
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Lack of mobility alters |
The alignments that pulls on the fascia, effecting joints & muscle function. |
Line. JM |
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What must be actively restored so that resultant muscle imbalances & postural changes will not develop? |
Balanced Movement. |
Beam |
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When a client has altered movement patterns from incompletely rehabilitated injuries the body will |
Adapt to the available mobility & stability. |
MS. |
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Whatever the reason, the body will continually adapt in an attempt to |
Produce the functional outcome that is requested by the system. |
Make FOR. |
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Along the continuum of adaptation, the muscle tendon units will |
Shorten or lengthen as the stressors demand. |
|
|
The l shortening or lengthening of muscle tendon units will result in the stabilizing muscles being |
Less efficient to stabilize joints as they are pulled out of optimal alignment. |
LES. |
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Muscle imbalance |
Alteration in functional relationship between pairs/groups of muscles. |
AFR. |
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When a client adapts to the availabile mobility & stability, this creates |
Compensatory movement patterns that are eventually reflective and postural imbalance. |
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