Week 7 Flashcards
Myocardial Infarction
when a portion of the heart muscle has reduced blood flow that is sustained for an extended period
CAD is a related condition that results from narrowing and hardening of the coronary arteries.
Myocardial Infarction Medical Management
▪Percutaneous coronary intervention (PCI), also known as balloon angioplasty.
▪An atherectomy may be needed to physically remove plaques from the vessel for dilation to support better blood flow.
▪Following these approaches, the client is required to maintain the affected extremity in extension for approximately 4 to 8 hours after the procedure while on bedrest. At the next OT session, clients should be able to resume activities of daily living (ADLs)
CABG
replacing occluded coronary arteries with grafts of arteries or veins from other parts of the body.
▪Endoscopic atraumatic coronary artery bypass (endo-ACAB)
▪Less-invasive approach to open heart surgery. Heart is accessed through an incision that is made between the ribs. Because a sternotomy is avoided, clients are able to resume their regular activities sooner with less recovery time.
Valve Replacement/Repair
Performed either through a sternotomy or through minimally invasive approaches that involve the use of smaller incisions.
▪Similar to CABG surgery, clients may require the use of a pulmonary bypass machine or less commonly, the surgeon may perform the procedure on a beating heart. Clients who receive a sternotomy would be required to follow the sternal precautions.
▪Annuloplasty
▪Valve repair that attempts to tighten the annulus (base of the heart valve) to restore proper functioning without replacing the valve itself.
▪When a valve becomes too small due to stenosis, surgeons can use techniques to open the valve either by dilating or enlarging the valve using similar techniques with a cardiac catheter, discussed previously in this chapter for
Sternal Precautions
▪Clients should avoid completing asynchronous movements with the UEs.
Clients should avoid any activities that cause feelings of sternal clicking or shifting to protect the sternum as it heals.
▪Clients should avoid shoulder flexion beyond 90 degrees and other excessive shoulder movements.
▪Clients should not lift anything heavier than 5 to 10 pounds and should be cautious of their UE weight-bearing as well as pushing/pulling with the arms during mobility.
▪Clients may be provided with a small pillow after surgery to hold against the sternum when they cough
CHF
chronic and progressive condition in which the heart loses its ability to pump effectively to meet the body’s need for blood and oxygen.
▪Heart is unable to maintain its standard workload, prompting several physiological changes in compensation for the weakened heart, including enlargement of the heart chambers, increased muscle mass in the heart, and increased heart rate.
Angina pectoris
▪Stable angina occurs during physical activity and resolves with rest or medication
▪Unstable angina does not have a predictable pattern and occurs even outside of exertional activities. Typically results from plaque fissure or rupture within an artery that leads to thrombus formation; the resulting thrombus creates an arterial occlusion that limits blood flow
Impact of Cardiovascular Conditions
The general goals of cardiac rehabilitation are to:
▪Restore independence with ADLs and other valued occupations.
▪Increase strength and endurance within safe cardiac parameters.
▪ Modify risk factors through healthy lifestyle changes to prevent future cardiac events.
▪Increase quality of life and overall occupational performance and engagement.
▪Support psychosocial adjustment to living with cardiac disease.
Cardiac Rehab: Phase I
▪The typical length of an acute stay after uncomplicated cardiac events has been reduced to only 3 to 5 days.
▪ Therapy in this phase focuses on mobilizing the client, completing ADL retraining, and providing extensive education on risk factors and ways to modify these to decrease incidence of future cardiac episodes.
▪Clients should also be provided home programs as appropriate for their medical condition.
Cardiac Rehab: Phase II
▪(Outpatient) is a formal outpatient program that lasts approximately 6 to 12 weeks.
▪ This phase focuses on continued risk monitoring and reduction to decrease risks for future cardiac events.
▪Supervised exercise is a major component of outpatient cardiac rehabilitation to continue increasing strength and endurance for daily life tasks.
Cardiac Rehab: Phase III
▪(Community-based) focuses on maintenance of health-promoting activities and exercise to support gains made from cardiac rehabilitation and to maintain healthy lifestyle choices.
▪Formal maintenance programs typically provide lower levels of supervision and often offer services in a group format.
▪Many clients forgo Phase III cardiac rehabilitation due to limited insurance coverage of these programs, or may transition out of these formal programs over time.
OT Interventions
▪Management of Sternal Precautions
▪ADLs/IADLs
▪Strength and Activity Tolerance
▪METs
▪Stress Management
▪Lifestyle Changes
▪Edema Management
▪Addressing Shortness of Breath
COPD
▪Chronic obstructive pulmonary disease (COPD) includes conditions such as:
▪Emphysema
▪Chronic bronchitis
▪Peripheral airway disease
▪Cystic fibrosis
Genetic condition characterized by increased production of very thick mucus that blocks airways needed for breathing. This buildup of thick, sticky mucus creates an environment that supports the growth of bacteria; clients with this condition suffer from frequent lung infections
Idiopathic pulmonary fibrosis
▪Progressive lung condition of unknown cause where the lungs become fibrotic, scarred, and stiff over time.
Kyphoscoliosis
Chest wall disorder that causes both an exaggerated outward curvature of the thoracic spine (kyphosis) as well as lateral spinal curvatures (scoliosis). This condition alters the position of the chest wall and rib cage, restricting the ability of the lungs to fully expand for breathing.
General Goals of Pulmonary Rehabilitation
▪Increase independence with ADLs, functional mobility, and other valued occupations.
▪ Reduce anxiety and improve coping skills to manage SOB.
▪Improve strength, activity tolerance, balance, and use of appropriate breathing patterns to support maximal function.
▪Enhance overall quality of life and occupational engagement.
▪ Decrease the symptoms of pulmonary disease through interprofessional collaboration.
▪Educate clients and their caregivers to support carryover of therapy recommendations to maintain functional gains made through pulmonary rehabilitation over time
OT Interventions for Pulmonary Issues
▪ADL/IADL Management
▪ECT
▪Strength and Functional Activity tolerance training
▪Monitor Vital Signs
▪Stress Management
▪O2 Training
▪Coughing Techniques
▪Breathing Techniques
Vital Sign Review
▪Blood pressure (BP)
▪Systolic: 90–120 mmHg
▪Diastolic: 60–80 mmHg
▪Hypotension: Less than 90 mmHg systolic and/or 60 mmHg diastolic
▪Prehypertension: 120–129 mmHg systolic, less than 80 mmHg diastolic
▪Hypertension stage 1: 130-139 mmHg systolic, 80-89 mmHg diastolic
▪Hypertension stage 2: Greater than 140/90 mmHg
▪Pulse heart rate (HR)
▪60–100 bpm
▪Bradycardia: Less than 60 bpm
Warnings
▪Signs and symptoms of intolerance to exercise and activity:
▪Chest pain
▪Pain that radiates to the teeth, jaw, ear, or upper extremities
▪Severe shortness of breath
▪ Extreme fatigue
▪Diaphoresis (perspiration)
▪ Nausea and vomiting
▪Weight gain of 3 to 5 pounds in a short time
Medical Treatment of Obesity
Medical treatment is sometimes directed at helping the client lose weight and sometimes at helping improve the client’s overall health and well-being.
▪What is the main focus of medical treatment of:
▪Physical activity
▪Nutrition
▪Behavioral strategies
▪Surgery
▪How do financial concerns affect these treatments?
Obesity Impact on Client Factors
▪Obesity can affect every area of a client’s life.
▪How does obesity affect the following:
▪Musculoskeletal function
▪Hygiene
▪Sensory system
▪Emotional state
Complications Related to Obesity
Obesity can lead to many medical and psychological complications that affect function.
▪Cardiovascular disorders
▪Diabetes
▪Respiratory disorders
▪Depression
▪Deep vein thrombosis (DVT) and pulmonary embolism (PE)
▪Lymphedema and lipedema
▪Impaired skin integrity and pressure ulcers