Fund 50 ch 33 Flashcards

1
Q

Examples of patients experiencing postural abnormalities include

A

a newborn with developmental hip dysplasia, torticollis (inclining of head to affected side) or a clubfoot; a teenager with lordosis (exaggerated anterior convex curvature of the spine) or scoliosis (lateral curvature of the spine); and an older adult with kyphosis (increased convexity in the curvature of the thoracic spine). Nursing responsibilities may include the following:

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2
Q

postural abnormalities - nurse responsibilties

A

Early detection of and referral for these problems
Exploration and selection of patient education, counseling, and support as treatment options
Careful attention to positioning, transfers, and exercise
Education of the patient and family regarding safe self-care activities

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3
Q

bone formation problems

A

Congenital problems, such as achondroplasia, in which premature bone ossification (bone tissue formation) leads to dwarfism or osteogenesis imperfecta, which is characterized by excessively brittle bones and multiple fractures both at birth and later in life
Nutrition-related problems, such as vitamin D deficiency, which results in deformities of the growing skeleton (rickets)
Disease-related problems, such as Paget’s disease, in which excessive bone destruction and abnormal regeneration result in skeletal pain, deformities, and pathologic fractures
Age-related problems, such as osteoporosis, in which bone destruction exceeds bone formation and in which the resultant thin, porous bones fracture easily

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4
Q

Nursing responsibilities for patients with problems of bone formation and muscle development and functioning include the following:

A

Having a solid knowledge base about the underlying disease process
Careful collaboration with the physician and health care team to determine the motor capacities of the person
Patient and family education aimed at developing optimal mobility
The ability to position, transfer, and exercise the patient safely, with attention to patient comfort

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5
Q

The cerebral motor cortex assumes the major role of

A

controlling precise, discrete movements

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6
Q

Basal ganglia integrate

A

semivoluntary movements such as walking, swimming, and laughing.

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7
Q

Plaque formation in the cerebellum may produce

A

lack of coordination, tremors, and/or weakness

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8
Q

The pyramidal pathways of the nervous system convey voluntary motor impulses from the brain through the spinal cord by way of two major pathways

A

(1) the pyramidal pathway and (2) the extrapyramidal pathway

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9
Q

Any illnesses that interfere with oxygenation at the cellular level decrease the amount of

A

oxygen available to the muscles for work and thus decrease activity tolerance. These illnesses include anemia, angina, cardiac arrhythmias, heart failure, and chronic obstructive pulmonary disease

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10
Q

Symptoms accompanying many illnesses, such as fatigue, muscle aches, and pain, may also lead to

A

immobility

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11
Q

Exercise can be divided into two major types.

A

One is based on the type of muscle contraction occurring during the exercise. The second is based on the type of body movement occurring and the health benefits achieved.

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12
Q

exercise and type of muscle contraction involved as

A

being isotonic, isometric, or isokinetic

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13
Q

Isotonic exercise involves (short tonic)

A

muscle shortening and active movement. Examples include carrying out ADLs, independently performing range-of-motion exercises, and swimming, walking, jogging, and bicycling.

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14
Q

Isometric exercise involves (metric yoga)

A

muscle contraction without shortening (i.e., there is no movement or only a minimum shortening of muscle fibers). Examples include contractions of the quadriceps and gluteal muscles, such as what occurs when holding a Yoga pose

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15
Q

Isokinetic exercise involves

A

muscle contractions with resistance.

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16
Q

over time regular exercise

A
Increased efficiency of the heart
Decreased heart rate and blood pressure
Increased blood flow to all body parts
Improved venous return
Increased circulating fibrinolysin (substance that breaks up small clots)
17
Q

exercise improves respiratory by

A

Improved alveolar ventilation
Decreased work of breathing
Improved diaphragmatic excursion

18
Q

musoskeletal and exercise

A

Increased muscle efficiency (strength) and flexibility
Increased coordination
Reduced bone loss
Increased efficiency of nerve impulse transmission

19
Q

exercise and metabolic

A

Increased triglyceride breakdown
Increased gastric motility
Increased production of body heat

20
Q

exercise and gastro

A

Appetite is increased.
Intestinal tone is increased, which improves digestion and elimination.
Weight may be controlled.

21
Q

During periods of immobility, calcium leaves the bones and enters the blood

A

where it influences blood coagulation, leading to an increased risk of thrombus formation.

22
Q

Physical assessment of mobility status includes an

A

assessment of general ease of movement and gait; alignment, joint structure, and function; muscle mass, tone, and strength; and endurance.

23
Q

physical assessment includes

A

general ease of movement, gait and posture, alignment, joint structure, muscle mass, endurance

24
Q

Decreased tone, also known as

A

hypotonicity or flaccidity,

25
Q

Spasticity or hypertonicity is often described as

A

increased tone that interferes with movement, is also caused by neurologic impairments and is often described as a stiffness, tightness, or pulling of the muscle

26
Q

paresis

A

Impaired muscle strength or weakness

27
Q

when assessing endurance and a physical impairment is suspected, evaluate what?

A

Vital signs while the patient is at rest
Ability to perform the activity (e.g., ambulation)
Patient’s response during and after the activity
Vital signs immediately after the activity
Vital signs after the patient has rested for 3 minutes