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Patients who can’t move are at risk of what?
Joint stiffness
Muscle Shortening
Pain
Edema
pressure injuries
Range of Motion exercises help pressure mobility by?
promoting circulation and maintaining joint nutrition
What is Passive Range of Motion? (PROM) and Indicators.
Movement produced entirely by another person or external force/ Patient provides no muscular help.
Indicators=Paralysis, Coma, Severe Weakness
What is an example PROM/ And its Benefits?
PTA/ PT moving patient shoulders
Caregiver performing ROM
Mechanical CPM
Benefits;
Joint integrity
Circulation
Synovial Fluid Movement
What is Active Assist Range of Motion? AAROM and Indicators
Patient performing movement with assistance either from family or PT/ PTA
Indicators= weakness, pain, fatigue
What is an example AAROM and it’s Benefits?
Patient Lifting arm using its opposite/ stronger hand
Benefits;
Reduce stiffness
Circulation
synovial fluid movement
What is Active Range of Motion? AROM
Patient performing movement independently no outside assistance/ external support
What is an example of AROM and its benefits?
Shoulder flexion/ Knee extension/ Ankle Pumps
Benefits;
Muscle Strength
Endurance
Coordination
Functional Mobility
Joint Nutrition
What is functional range of motion? FROM
the amount of range of motion needed to perform everyday task
What are some examples of FROM?
Walking Requiring= hip flexion, knee flexion, and dorsiflexion.
Eating requires= Shoulder Flexion
Why is Range of Motion Important what does it Prevent?
Prevention=
Contractures= permanent shortening of muscle/ connective tissue
Muscle Atrophy= muscle mass loss from inactivity
Joint Stiffness= when joints not being moved
Pain
Edema
When shouldn’t you use ROM during Intervention Treatment?
Unhealed fractures= movement disrupting healing
Acute Inflammation= movement increasing inflammation
Joint Instability= movement may dislocate the joint
Physician Restrictions
When is ROM Appropriate to perform on Patient?
CVA/ Stroke
SCI (Spinal Cord Injury)
ICU Patient
Weakness
Burns
Pain
Ortho Surgery
What are some situations where you should use precaution when performing ROM?
Osteoporosis(bones easy to break)
Blood clots
Pain
Hypermobile Joints
Recent Surgery
Fragile Skin
What is the Proper Body Mechanics when performing ROM?
Widen BOS
Bending the knees
Avoid twisting
Raising bed to proper height
Shifting weight
What are the General Guidelines for ROM?
Explain to patient
Wash Hand before touching Patient
Position Patient comfortably
Expose only treated area
Support Proximal and Distal Joints
Move slowly
Maintain Good Body mechanics
Observe and adjust patient if needed
What are Pressure sores?
A skin and tissue injury caused by long-lasting pressure that reduces blood flow to the body
What are the 3 different types that causes pressure sores?
Shear= a skin and tissue injury caused by long-lasting pressure that reduces blood flow to the body
Pressure= external force exceeding capillary pressure
Friction= force generated when skin rubs across external forces
Who are at risk for bedsores and what causes them?
Immobility & Decreased Activity
Sensory Loss
Moisture
Poor Nutrition
Older Age
What Positions are at high risk of of Bedsores?
Supine/ Side lying/ Seated
During the Position Supine what areas are affected that can give you bedsore?
Occiput
Scapula
Spinous Process
Sacrum/ Tailbone
Heels
During the Position Side lying what areas are affected that can give you bedsore?
Ears
Acromion Process
greater trochanter of the hip
malleoli
During the Position Seated what areas are affected that can give you bedsore?
Ischial
Tuberosity
Scapula
Olecranon Process
What are some Preventions of Bedsores?
Bed Positioning 2 hour rule
Wheelchair Pressure relief
Floating Heels
Independent Relief