Exercise Transfers & Ambulation Nursing Resource Slide Transcript
Slide 1: Exercise, Transfers & Ambulation Nursing 125
Slide 2: Mobility Mobility refers to a person’s ability to move about freely. Immobility refers to a person’s inability to move about freely. Mobility & immobility are the endpoints of a continuum with many degrees of partial immobility in between. mobility immobility Some clients move back and forth, some clients remain absolute.
Slide 3: Ability to Move The ability to move & function is a function most people take for granted. The level of mobility has a significant impact on an ind.’s physiological, psychosocial, & developmental well-being (Hamilton & Lyon, 1995). When there is an alteration in mobility, many body systems are at risk for impairment. Cardiovascular functioning – orthostatic hypotension Pulmonary complications – pneumonia Promote skin breakdown, muscle atrophy etc Such changes can lead to altered self-concept & lowered self- esteem.
Slide 4: Medical Conditions that can Alter Mobility Fractures/sprains Neurological conditions – spinal cord injury, head injury Degenerative neurological conditions – Myasthenia gravis, Huntington’s chorea
Slide 5: Nursing Measures Attempt to maintain and/or restore optimal mobility as well as to decrease the hazards assoc. with immobility. DB & C exercises Muscle & joint exercises Frequent repositioning – q 2 hrs fluid intake/fiber intake Guidelines: Check activity order Know client’s past medical history & limitations Baseline vital signs are necessary Become familiar with assistive devices
Slide 6: Major concern during transfer = Safety of both the client and the nurse
Slide 7: Range of Motion Exercise (ROM) ROM exercises, in which a body part is moved through a range of motion, are carried out to promote circulation, maintain muscle tone & promote flexibility. In doing this, joint stiffness & debilitating contractures are prevented. Active ROM is range of motion carried out by the patient. It is a form of isotonic exercise & as such, it maintains strength, tone & flexibility. In patients unable to move body parts due to paralysis or extreme illness, ROM is performed by someone else. This is called passive ROM exercise. Passive exercise helps to maintain joint flexibility & prevent stiffness & contractures. Because this type of exercise involves no active movement on the part of the muscles, it does not contribute to muscle tone or strength.
Slide 8: ROM(cont.) ROM exercises are planned as a regular part of nursing activities. During a bath, for example, the nurse has an excellent opportunity to move the patient’s limbs through their full range of motion. The patient is encouraged to exercise actively those muscles that can be used. However, in certain cases, the nurse may need to assist the patient in performing ROM (active assisted ROM), or to perform passive ROM.
Slide 9: ROM (cont.) The maximum movement that is possible for a joint is it’s range of motion. If a joint is not moved sufficiently it begins to stiffen within 24 hrs & eventually becomes inflexible, flexor muscles contract & pull tight causing contractures or fixed joint flexion. To prevent joint contractures & muscle atrophy (wasting or decrease in size of a normally developed organ or tissue), exercise must be performed – ROM exercise. Contracture – abnormal flexion & fixation of joints caused by the disuse, shortening & atrophy of muscle fibers. Correcting contractures requires intensive therapy over a prolonged period of time, and may be impossible. Prevention is the key.
Slide 10: Two Purposes of ROM Maintain joint function Restore joint function Do not exercise joints beyond the point of resistance or to the point of fatigue or pain
Slide 11: Contraindications to ROM ROM requires energy & increased circulation, any illness/disorder where increased use of energy or increased circulation is hazardous is contraindicated; puts strain/stress in soft tissues of the joint & bony structures, therefore not done with swollen, inflamed joints.
Slide 12: Perform Exercises in Head to Toe Format Start with the head and move down, always do bilaterally Do not grasp the joint directly Cup the joint gently (prevents pressure) Do not grasp fingernail or toenail Important joints – thumb, hip, knee, ankle Return to correct anatomic position Move joint through movement 5 times/session
Slide 13: Start at the Neck P&P p. 830 Neck Flexion – look @ the toes Extension – look straight ahead Hyperextension – look up @ ceiling Lateral flexion – look straight ahead, tilt head to shoulder Shoulder Flexion – raise arm forward & overhead Extension – return arm to side of body Abduction – raise arm to side to position above head with palm away from head. Adduction – return arm & bring across chest Internal rotation – elbow flexed, rotate the shoulder by moving arm til thumb is turned inward & toward the back (fingers to the floor) External rotation – elbow flexed, move arm until thumb is upward & lateral to head. (fingers point up) Circumduction – move arm in full circle (arm straight out, move hand as if to draw a circle.
Slide 14: Elbow Elbow Flexion – bend elbow Extension – straighten elbow Hyperextension – bend lower arm back as far as possible Forearm Supination – turn lower hand so palm is up Pronation - turn lower hand so palm is down Wrist Flexion – bend wrist forward Extension – straighten wrist (fingers, wrist & arm in same plane) Hyperextension – bring dorsal surface of hand as far back as possible Abduction (radial flexion) – bring wrist medially towards the thumb Adduction (ulnar flexion) – bend wrist laterally towards 5th finger
Slide 15: Fingers & Thumb Fingers & thumb Flexion – bend fingers & thumb into palm make a fist Extension – straighten fingers & thumb Hyperextension – bend fingers as far back as possible Abduction – spread fingers apart / extend thumb laterally Adduction – bring fingers together/ thumb back to hand Circumduction – move finger/thumb in circular motion Opposition – touch thumb to each finger of same hand
Slide 16: Hip Hip Flexion – move leg forward (ROM 90-120 deg) Extension – move leg back beside other leg Hyperextension – move leg backwards (ROM 30-50 deg) Abduction – move leg laterally away from body (ROM 30-50 deg) Adduction – move leg back to medial position & beyond if possible (ROM 30-50 deg) Knee Flexion – bring heel toward back of thigh (120-130 deg) Extension – return leg to floor
Slide 17: Ankle Ankle Dorsiflexion – move foot so toes are pointed upward Plantarflexion – move foot so toes are pointed downward Foot Inversion – turn sole of foot medially (ROM 10 deg) Eversion – turn sole of foot laterally (ROM 10 deg) Flexion – curl toes downward (ROM 30-60 deg) Extension – straighten toes (ROM 30-60 deg) Abduction – spread toes apart Adduction – bring toes together
Slide 18: Spine Spine Flexion – when standing – bend forward from the waist Extension – straighten up Hyperextension – bend backward Lateral flexion – bend to the side Rotation – twist from the waist
Slide 19: Types of ROM exercises Active – exercises the client is able to perform independently. Passive – exercises performed for the client by someone else. Active assisted – performed by a client with some assistance – client can move a limb partially through its ROM, but needs help completing the ROM.
Slide 20: Isometric/Isotonic Exercises In addition to ROM exercises, some immobilized clients may be able to perform muscle-strengthening exercises. Isotonic – cause muscle contraction & change in muscle length – walking, aerobics, moving arms & legs against light resistance. Isometric – tightening or tensing of muscles without moving body parts. This increases muscle tension but do not change the length of muscle fibers. Isometric exercises are easily performed by an immobilized patient in bed. Isotonic and isometric exercises help to prevent muscular atrophy and combat osteoporosis.
Slide 21: Applying Antiembolism Stockings (Elastic) P&P p. 842 Thromobophlebitis – the development of a thrombus or clot along with the inflammation of the vein & may be classified as superficial or deep. Three elements contribute to the development of a clot. 1. Hypercoagulability of the bld – clotting disorders, dehydration, pregnancy & 1st 6 weeks postpartum if the woman was confined to bed, oral contraceptives. 2. Venous wall damage – local trauma, orthopedic surgeries, major abdominal surgery, varicose veins, arteriosclerosis 3. Blood stasis – immobility, obesity, pregnancy
Slide 22: Antiembolism stockings Promote venous return by maintaining pressure on superficial veins to prevent venous pooling. Prevent passive dilation of veins Application of antiembolism stockings (refer to p. 845 P&P)
Slide 23: Orthostatic hypotension A drop in blood pressure that occurs when the client rises from lying to sitting or from sitting to standing. (A decrease in systolic pressure >15 mmHg or decrease diastolic pressure >10 mmHg.) At risk clients Immobilized clients Prolonged bed red Measures to minimized Orthostatic Hypotension Maintain muscle tone Increase venous return to the heart Decrease stasis of bld in the lower extremities ROM/isometric exercises/TED’s Mobilize ASAP
Slide 24: Therapeutic Positions Chair – feet flat on floor, footrest if unable to reach floor, knees & hips flexed 90-100 degrees. Buttocks at back of the chair, spine straight, pillows at side to prevent leaning. Fowlers – supine, HOB elevated 45 deg. Promotes lung expansion, decrease ICP, comfortable for eating. High fowlers – same as above, with HOB elevated 45-90 deg. Utilized for clients experiencing difficulty breathing. Semi fowlers – as above with HOB elevated less than 45 deg. Orthopneic – sit on side of bed with over bed table across lap, pillow on table, lean forward & rest head & arms on table. Utilized for patients with extreme difficulty breathing – promotes lung expansion.
Slide 25: Therapeutic positions cont. Lithotomy – supine flex both knees so that feet are close to hips, separate legs, feet in stirrups. Utilized for perineal & vaginal examinations Trendelenburg – supine, entire bed frame tilted down with head 30 deg below horizontal. Postural drainage Increase venous return in case of shock
Slide 26: Benefits of Proper Positioning Maintains body alignment & comfort Prevents injury to musculoskeletal system, prevents strain Provides sensory, motor & cognitive stimulation Prevents pressure sore (decubitus ulcer) & joint contractures
Slide 27: Transfers Transferring is a nursing skill that helps the client with restricted mobility attain/maintain mobility & independence. Benefits of transfers Maintains & improves joint motion Increases strength Promotes circulation Relieves pressure on the skin Improves urinary/respiratory function Increases social activity Increased mental stimulation
Slide 28: Transfers - Safety Safety is a major concern when transferring. Falls are a common hazard. If a patient starts to fall – do not try to stop the fall, instead assist the patient to the floor while protecting the head from injury. This will reduce the risk of patient as well as staff injury. Complete a thorough nursing assessment before you move the patient to determine if she/he has suffered any injuries. Prevention of injury is the key, be aware of the client’s motor deficit, ability to support their body weight and use effective body mechanics & lifting techniques. When in doubt regarding the patient’s ability-GET ASSISTANCE
Slide 29: Nursing Process - Transfers Assessment Activity orders Client capabilities Planning Decide appropriate transfer technique Explain procedure to the patient Implementation Wash hands Position chair 45 deg angle to bed on clients stronger side Lock bed brakes, lower bed, raise HOB as high as patient tolerates Lower side rail Assist to sitting (lift upper body & swing legs around) Assist with robe & slippers Position feet on floor Take wide stance, bend knees, grasp patient “1 2 3 stand” Pivot to chair
Slide 30: Nursing Process (cont.) Evaluation Body in alignment, patient comfortable, no injuries Nurse maintains good body alignment Two person lift (same as above) except one Of note: nurse is on each side of the patient Never lift under the axilla – can damage nerves Mechanical lifts – enables you to lift heavy patients, or those unable to help. (Use 2 people)
Slide 31: Ambulation Clients who have been immobile even for a short time may require assistance A client may require the use of an assistive device to aid in ambulation. Assistive devices Increase stability Support a weak extremity Reduce the load on weight bearing structures; hip, knees
Slide 32: Assisting the patient Simple assist Place arm near patient under the arm & at the elbow & 1. grasp pt’s hand, synchronize walking with the pt (move inside foot forward at same time as pt’s inside foot) Grasp pt’s left hand in nurses’ left hand & encircle pt’s 2. waist with the rt hand & synchronize walking as above Using a transfer belt (held at the waist from the rear by 3. the belt – helps maintain balance) Nurse to stand on the pt’s weak side. The nurse provides support with his/her leg to the pt’s weakened one if necessary. Do not allow the pt. to place their arm around your shoulder. Walk slowly, even gait, synchronize your steps.
Slide 33: Cane Helps maintain balance by widening the base of support increases a pt’s security. Should be held on stronger side Should have rubber tip – prevent slipping Height (from greater trochanter to the floor allowing 15-30 deg of elbow flexion. Gait – place cane 6-10 inches ahead, move affected leg ahead to cane, place weight on affected leg and cane, move unaffected leg ahead of cane. Stand from sitting Cane in hand opposite affected leg, grasp arm of chair & cane in other, push to stand, gain balance
Slide 34: Walker Wide base of support, provides great stability & security. Used for clients who are weak or who has problems with balance. Patient should have at least one weight bearing leg and arm Pick up walker is more stable, walker with wheels easier for pt’s who have difficulty with lifting or balance, however can roll forward when weight is applied. Height – upper bar of walker should be slightly below the client’s waist with arms flexed 15-30 deg
Slide 35: Walker (cont.) To stand – walker in front of seat, push up off arms of chair (walker is less stable, chair is lower pt. can push with more force. Hands move to walker one at a time. To sit – back up to chair, reach back with one arm to arm of chair, then with the other arm and lower to chair. Gait – walker ahead 6-8 inches, weight on arms. Partial weight on affected leg first.
Slide 36: Crutches Wooden or metal staff that reaches from the ground to 11/2 – 2 inches below the axilla. When standing tip of crutch rests 4-6 inches in front & 4-6 inches to side of foot. Do not rest on top of crutches – pressure on axilla nerves – can lead to paralysis called crutch paralysis (numbness, tingling, muscle weakness)
Slide 37: Crutches (cont.) P&P p.859 3 point gait – able to wt. bear on one foot, full wt. on unaffected leg then on both crutches – begin in tripod position, move crutches & affected leg ahead, move stronger leg forward and repeat. 4 point gait – (most stable crutch walk) weight on both legs and both crutches – muscular weakness, improves balance by providing a wide base of support, lack of coordination, move each independently – rt crutch-lt foot-lt crutch-rt leg
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