Final Flashcards
How to safety handle patients and protect yourself from injury?
- High incidence of work-related injuries
- Evidence based interventions
- Ergonomics: equipment
- protect your back!
prevention of work related musculoskeletal injuries
- Weight to be lifted close to body-maintains center of gravity
- Bend at knees-maintains center of gravity and uses strong leg muscles
- Tighten abdominal muscles and tuck pelvis-balance and protects the back
- Do not twist at trunk
types of transfers
Bed to chair Bed to commode Bed to wheelchair Bed to stretcher Logrolling
gait belt
used to transfers people from one position to another or from one thing to another
- gives us a steady set of hands
transferring and positioning patients
Use gait belts
Assess patient: strength, orientation status, pain
Move item to transfer to as close to patient as possible
Stand opposite of patient’s hips
Use pivot techniques to move
Obtain appropriate amount of staff
Raise the bed to a comfortable working height
patients falls
Fall risk assessment Risk of falling increases as number of risk factors increases: Follow fall protocols Patient-centered care Assistive aids
what can be done to prevent falls?
- Side rails up on beds and stretchers
- Remove excess furniture or equipment in room
- No skid slipper socks
- Hourly rounding
- Make sure assistive walking devices are used properly and in good condition: Physical Therapy department (PT)
- Fall prevention wrist band
- Low safety bed
- Gait belt for ambulating
- Call light within reach before leaving patient’s room
- Location of patient’s room
- Use of family members/support personnel
- Bed/chair alarm
the 4 P’s
Pain
Potty
Positioning
Personal belongings
assistive devices: walker
Handles of walker go to greater trochanter (wrist height)
assistive devices: wheelchair
Use locks, armrests and foot rests
assistive devices: canes
Canes-Can be single or quad
Handle should be at wrist crease
Should be on stronger side of body
not typically used in hospitals
assistive devices: crutches
Crutches-Can be forearm or axillary
3-4 Finger width, elbows at 30 degrees
Do not lean on the axillae: It can put a lot of pressure on nerves in armpit
Temporary need for pt
Risk for disability related to immobility depends on
the extent and duration of immobilization
overall health of the patient
nature of mechanics
body mechanics: Force of weight is down
alignment & balance: your center of gravity is stable and balanced
gravity: Have a good center of gravity so we can protect ourselves
friction & shear: the greater the surface area of an object that is moving the greater the friction; force exerted against skin while skin remains stationary: shear
immobility onset
temporary: knee surgery
permanent: paraplegia
sudden: car accident where pt broke leg
slow: arthritis
pathological influences on mobility
Postural abnormalities: Congenital or acquired postural abnormalities affect the efficiency of the musculoskeletal system and body alignment, balance, and appearance.
Muscle abnormalities: Injury and disease lead to alterations in musculoskeletal function.
Damage to central nervous system (CNS): Impaired body alignment, balance, and mobility.
Musculoskeletal trauma: Results in bruises, contusions, sprains, and fractures.
(any injury with one system will cause problems with the other)
Nursing Process: Assessment Mobility
Focuses on ROM, Gait, exercise and activity tolerance, and body alignment. Gait ADL Activity tolerance: Physiological Emotional Developmental (as age progresses the less things people can do)
Nursing Process: Assessment of body system changes
Metabolic: Measure height, weight, and skinfold thickness. I&O, food intake, elimination, wound healing.
Respiratory: Ever 2 hours, inspect chest wall movements, auscultate lungs.
Cardiovascular: BP, apical and peripheral pulses, signs of venous stasis.
Musculoskeletal: Decreased muscle tone and strength, loss of muscle mass, reduced ROm, and contractures.
Integumentary: Assess for skin breakdown and color changes.
Psychosocial
Developmental
metabolic
Altered endocrine system: Decreased basal metabolic rate Changes in protein, carbohydrate and fat metabolism Alterations in calcium, fluid and electrolytes Assessment: Decreased Intake and Output Altered urinary and bowel elimination Monitor Lab values can lead to: Muscle loss Weight loss Hypercalcemia
respiratory
Decreased respiratory movement:
Secretions accumulate in the dependent areas of the lungs.
Decreased cough response
Decreased oxygenation
Atelectasis and pneumonia
Assessment:
inspecting the chest for movement
auscultating the lungs for decreased breath sounds, crackles, and wheezes.
Perform assessment at least every 2 hours for patients with restricted activity
*** use incentive spirometer
cardiovascular
Decreased cardiac output and effectiveness: Blood stasis Decreased fluid volume deep vein thrombosis (DVT) Orthostatic hypotension Assessment: Blood pressure monitoring evaluation of pulses signs of venous stasis *** use TED hose, Get patients up slowly for the first time , Sit them up and let them dangle at the side of the bed
musculoskeletal
Decreased muscle endurance, strength, and mass: Muscle atrophy Impaired balance Impaired calcium absorption Joint abnormalities and fractures Assessment: ROM capability Muscle tone and mass Monitor gait Monitor nutritional intake of Calcium
why do pts need to move their muscles?
they will lose them!!
Foot drop: permanent
Contracture: fixation of the joint caused by shortened muscles
muscular reconditioning and disuse atrophy
The effects of muscular deconditioning associated with lack of physical activity are often apparent in a matter of days.
Higher Risk for falls
lose 3% a day
integumentary
Decreased circulation to tissue and increased pressure on skin can lead to pressure ulcers
Assess:
skin for breakdown and color changes such as pallor or redness.
Assess at least every two hours
Observe for urinary or bowel incontinence
Pressure ulcer
Ischemia
*** Make sure pt are clean and dry
elimination
Decreased fluid intake, poor perineal care and decreased peristalsis:
Urinary stasis
Renal calculi
Constipation/fecal impaction
Assess:
elimination status on each shift and total intake and output every 24 hours.
Bladder distention
adequacy of dietary choices, bowel sounds, and the frequency and consistency of bowel movements.
*** watch for kidney stones & impacted bowel
psychosocial
Altered sensory perception and ineffective coping:
Depression and anxiety
Loneliness and social isolation
changes in the sleep/wake cycle
Assessment:
Focus on the patient’s emotional state, behavior, and sleep-wake cycle.
Ineffective coping
Support systems
*** If immobile probably lacking socialization
immobility across the lifespan: infants toddlers, preschoolers
Prolonged immobility delays gross motor skills, intellectual development, musculoskeletal development.
Usually because of trauma or the need to correct a congenital skeletal abnormality.
immobility across the lifespan: adolescents
Delayed in gaining independence and in accomplishing skills
Social isolation can occur
immobility across the lifespan: adults
Physiological systems are at risk
Changes in family and social structures
immobility across the lifespan: older adults
Decreased physical activity
Hormonal changes
Bone reabsorption