Pulmonary Rehabilitation Flashcards

1
Q

Pulmonary Rehabilitation

A

-Pulmonary Rehab can be defined as, the art of medical practice wherein an individually tailored, multidisciplinary program if formulated which though acute diagnosis, therapy, emotional sup[ort, and education, stabilizes or reverses the phiso- psychopathological of pulmonary diseases and attempts to return the patient to the highest possible functional capacity allowed by his os her pulmonary handicap and overall life situation.

-Acute means temporary or curable

-Also treat incurable or permanent deceases like COPD.

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2
Q

Goal

A

-Achieving and maintaining the individual’s maximum level of independence and functioning in the community.

-This is achieved through exercise and education.

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3
Q

Multi Discipline (team that works together in RT)

A

-Respiratory Therapist

-Physical therapist

-Nutritionist

-Occupational Therapist

-Nurses

-Social Workers

-Psychologist

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4
Q

Types of Programs

A

-Intiensive: 4 to 12 weeks / 2-5 times per week

-Maintenance: Continued exercise conditioning

Perioperative: Optimized functioning prior to surgery and help patients recover from surgery.

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5
Q

About the RT Programs

A

-First suggested in 1951

-1962 study outlined values of reconditioning

-Lower pulse rate

-Lower respiration rate

-Lower minute volume

-Lower CO2 production

-Improved efficiency of movement

-Improved oxygen utilization

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6
Q

-Objectives: This program will enable the patients to;

A

-develop diaphragmatic breathing skills

-Apply appropriate airway clearance techniques as needed

-Patient education

-Family education

-Explain proper use of meds, oxygen, and equipment

-Participate in daily physical exercise regimen to condition both skeletal and respiratory related muscles

-Set individual exercise conditioning program

-Adhere to proper hygiene, diet, and nutrition

-Set individualized short and long term goals

-Psychosocial assessment / assistance as appropriate (mental health needs)

-Develop stress management and relaxation techniques

-Interact with other fellow patients in a group support

-Obtain individual and family counseling

-Determine need for chest physiotherapy

-Assessment of Patient process

-Follow Up

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7
Q

Patient Selection

A

-Patient most likely to benefit: COPD patients with persistent symptoms but does help non COPD patients as well

-Must be non smokers or participating in smoking cessation

-Most beneficial if started when disease is moderate
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8
Q

-Patient Factors which may limit success

A

-Lack of motivation

-Presence of disabling disease (Such as heart failure)

-Low education level

-Lack of family and socioeconomic support

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9
Q

-Exclusion Factors

A

-Malignant Neoplasm

-Problems which preclude participation in exercise
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10
Q

Patient History

A

-Past illnesses including allergies

-Significant family history

-Social Factors (Drinking smoking or drug use)

-Occupational Factors

-symptoms patient is experiencing

	-Productive cough/ sputum characteristics

	-Normal level of dyspnea ( Rest and activity)

	-Chest pain, nocturnal dyspnea, edema or extremities

-Medications

-Details of patients conditions 	

-Pulmonary Function Testing

-Cardiopulmonary exercise evaluation: 6 to 12 minute walk

	-Quantifies patients initial exercise capacity

	-Determines degree of hypoxemia with exercise
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11
Q

-Physical exam

A

-Overall gross exam

	-Posture (tripod position)

	-Skin color

	-Audible breathing sounds

-Abnormalities of Extremities (Digital Clubbing)
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12
Q

Physical Exam ( Close Inspection)

A

-Central Cyanosis

-Accessory Muscle Use ( Like using of the abdominal muscles)

-Jugular Venous Distension

-Respiratory rate and Pattern

-Deformities of the Chest
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13
Q

Physical reconditioning- having target heart rate

A

-For most its resting heart rate plus 20 BPM

-Or 70% of max exercise rare ( 6 Min walk)
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14
Q

Setting up Individualized Plan

A

Plan set up with data collected from Patient

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15
Q

-Exercise Prescription

A

-Initial load should be low enough to be accomplished without patient experiencing discomfort

-Goal of prescription for pulmonary patient:

	-To achieve a work intensity, duration, and frequency that is challenging to the patient without placing them at risk for severe hypoxemia and or situation where they will experience extreme dyspnea or undue fatigue

-Exercise can be Beneficial, Ineffective, or even harmful!!!!
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16
Q

-Exercise Prescription routine

A

-Lower extremity (leg) aerobic exercise

-Timed walking

-Upper extremity (arm) aerobic exercises (many daily task requires use of arms , adn upper body muscles)

-Ventilatory muscles training progressive resistance for inspiratory muscle training

-Start with shorter sessions with breaks in between and slowly increase duration to minimum of 20 mins
17
Q

Education

A

-Includes

	-Respiratory structures, functions, and pathology including discussion of dyspnea

	-Breathing control methods
  
   -Secretion clearance and bronchial hygiene routines

	-Relaxation and stress management

	-Exercise techniques and personal routines
    
    -Dietary guidelines

   -Home oxygen

	-Medication

	-Activities of daily lives
18
Q

Pursed Breathing

A

-How

	-Upright position, relaxed

	-Inhale through nose, slowly, with lips closed

	-Instruct patient to “Pucker” during exhalation

	-Exhalation should be passive, relaxed

	-Cout 1,2,on inhalation, count 1,2,3,4, on exhalation

	-This is primarily used with COPD patients or any CO2 related disorder

-Why

	-Decreased respiratory volume

	-Increased tidal volume by slowing down respirations

	-Decreased alveolar and airway collapse

	-Most beneficial for emphysema patient

	-Controls breathing rate and breathing patterns
19
Q

-Diaphragmatic Breathing

A

-How

	-Relax shoulders and neck muscles, position reclining

	-Combined with pursed lip breathing

	-Ensure that abdomen raises inspiration

	-May use weights on abdomen to increase resistance

-Why

	-Improves efficiency of breathing (More work with less energy expenditure)

	-Reduces oxygen cost of breathing
20
Q

-Cough Control Techniques

A

-Position sitting upright or leaning slightly forward

-Relaxed between efforts reading fatigue

-Avoid coughing hard/ long causes fatigue, wheezing, air trapping

-Volume building multiple inhalation

-Multiply cough, single exhalation double/ triple cough

-Serial Coughing , small breaths and cough, large breathing and cough

-Huffing coughing, coughing with an open glottis, more effective method for COPD and head trauma patients to avoid increased ICP.

-Splinting, press pillow over incised area enhanced effort
21
Q

-Exercise Conditions

A

-Upperbody exercise cram erogmeter, rower, hand weights, stretchy bands

-Walking (level on treadmill)

-Stair climbing

-Stationary cycling

-Stretching and relaxation techniques
22
Q

Medication

A

-Bronchodilators

-Antibiotics

-Expectorants

-Mucolytics

-Others
23
Q

-Dietary Guidelines

A

-Diet, many COPD patients are malnourished

	-Clear airways before eating

	-Frequency smaller more frequent meals

	-Eat and chew food slower

	-Eat easier food to chew

	-If you use supplemental oxygen wear when eating

	-Eat while sitting up

	-Take breaks and pursed breathing to catch breaths
24
Q

-Nutrition Guidelines

A

-Eat more protein and unsaturated fats. Less carbs

	-Carbs breakdown faster into CO2 which means you have to get rid of it

-Avoid eating foods that cause gas. Makes you feel bloated

-Save beverages until after you eat to avoid filling up on empty nutrition liquids
25
Q

-Malnutrition Pink Puffer

A

-Severe emphysema, pink complexion, dyspnea, hyperinflation, decreased expiratory flows and diffusion, V/Q mismatch, use of accessory muscles to breathe. COPD patients require 430 to 720 calories per day just for work of breathing.

-Semi starvation

	-depresses hypoxic ventilatory response

	-Decreases production of pulm, phospholipids and surfactant

	-Decreased compliance of the lungs

	-Malnutrition lowers resistance to infection
26
Q

-Obesity Blue Bloaters

A

-Symptoms of chronic bronchitis, normal to decreased lung capacity, decreased expiratory flows, ABG shows decreased PaO2 and increased PaCO2 despite normal diffusing capacity, air trapping, cyanosis and right side heart failure due to sleep apnea and progressive chronic pulmonary hypertension

-Heart and lungs work harder if overweight

-Decrease in exercise tolerance

-Obesity causes a restrictive lung disorder
27
Q

-Hospital Discharge info

A

-If pulmonary rehab begins while the patient is still an inpatient, it is important to provide info proper to the discharge

-Counsel patient and family concerning smoking cessation programs

-Communicate with family about information related to discharge plan

	-Medication for home usage

	-DME providers (Home care)

	-Follow up appointments

	-Pulmonary rehab schedule/ location
28
Q

-Psychosocial support

A

-Psychosocial indicators, predictor of re hospitalization

-Stress can cause or aggravate physical problems

-Depression and hostility are common with chronic health problems

-Many COPD patients suffer from depression and anxiety cant produce enough of the brain chemical serotonin

-Helps to socialize with others with a similar conditions

29
Q

-Outcomes

A

-Patient and program outcomes must be evaluated at the conclusion of the patient participation in the program

-Difficult with wide range of patient disabilities

-Results of conventional PFT test do not improve rehab, does not alter the progressive deterioration in pulmonary rehab that occurs with chronic lung disease

-Increase exercise tolerance, decreased intensity of symptoms and improved activity levels are the best documented benefit of pulmonary rehab

30
Q

-Outcomes Change in exercise tolerance

A

-Review of patients home exercise log

   -6 Min walk testing before/ after participation

	-Strength measurement

	-Flexibility and posture

	-Performance on specific exercise (time/ intensity)
31
Q

-Outcomes -Change in symptoms

A

-Dyspnea measurement comparison, modified borg scale

	-Frequency of cough, sputum production, wheezing

	-Weight loss or gain

	-Psychological test instruments
32
Q

-Outcomes -Other changes

A

-Activity of daily living changes

	-Pre/post program knowledge test

	-Compliance improvements with medication regimen

	-frequency and duration of respiratory exacerbation

	-Frequency and duration of respiratory hospitalization / er visits ment

	-Return to productive employment

-Decision regarding facilities, scheduling , class sizes, and equipment can all affect rehab program outcomes
33
Q

-Hazards/ contraindications

A

-Cardiovascular abnormalities, people with unstable cardiovascular disorders should referred for cardiac rehab

-Blood gas abnormalities

-Muscle abnormalities

-Miscellaneous

-Exercise, including asthma

-Hypoglycemia

-Dehydration