PRINCIPLES OF REHAB CARDIORESP Flashcards

1
Q

What is the 6 minute walk test?

A

Measure the distance covered on a flat hard surface in 6 minutes.
Exercise test to assess sub maximal aerobic capacity and endurance
Can be used before and after exercise rehabilitation eg pulmonary rehab
Can also be used pre-op to give an indication of a patient’s recovery

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2
Q

What are some advantages of the 6 minutes walk test?

A

Easy to administer, better tolerated, and more reflective of activities of daily living
Simple and reproducible
No additional equipment or advances training
Evaluates the responses of all the systems involved during exercise
Reliable and valid measures in patients with asthma
Valid and objective to assess clinical status
Reliable with duplicate measurements
Supports chronic respiratory disease

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3
Q

What are some conditions you can use the 6 minutes test for?

A

Arthiritis, fibromyalgia, geriatrics, multiple sclerosis, spinal cord injury

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4
Q

What is the 30 seconds sit to stand test?

A

Used for testing leg strength and endurance in older adults. Participant is encouraged to complete as many full stands as possible.

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5
Q

Explain the 3 minute aerobic test?

A

Can be performed on a wattbike. t will calculate your maximum minute power and maximum heart rate. Can use this information to set training zones and give structure to training with your smart bike

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6
Q

What position is recommended by the british thoracic society and association of chartered physiotherapists in respiratory care?

A

The forward lean position and passively fixing the shoulder girdle. This helps dome the diaphragm which lengthens its muscle fibres and improving the force generation.
Also improves accessory muscles of exhalation as it places them in a better position

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7
Q

What is the breathing, thinking, functioning model?

A

Breathing within the chest, thinking about dying due to not being able to get enough air - state of panic. Respiratory muscles become less active and so less fit, so small ‘chesty’ breathing continues.

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8
Q

What are some strategies for managing respiration?

A

Relaxation
Breathing control - reeducating breathing pattern
- re education in diaphragmatic function
- slowing breathing
- pursed lip breathing/SOS breathing
Pacing and lifestyle management
Other strategies
- Fan therapy
- Keep active - Pulmonary Rehab

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9
Q

What is the breathing, thinking, functioning model?

A

A viscous cycle in which unhelpdul emotions prolong and worsen the effects of breathlessness.
Breathing - small breathes stemming from the upper chest, so breathing becomes harder work
Thinking - thoughts about dying and gasping for breath, panic
Functioning - becoming less active due to fear, need help with daily activities, muscles involved in breathing become less fit
Back to breathing - worsening cycle.

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10
Q

What are some of the oxygen delivery devices?

A

Nasal cannulae
Simple face mask (hudson mask)
Non-rebreather mask (reservoir mask)
Venturi mask
Humidified oxygen

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11
Q

Describe an asthma action plan?

A

So patients can manage their asthma between asthma reviews. It tells the patient which medications to take every day, what to do if their asthma symptoms get worse, what emergency action to take if they have an asthma attack.

Section 1: everyday asthma care eg number of puffs, taking preventer medication everyday atc

Section 2: if they feel worse eg extra puffs, oral steroids, rescue packs, see a GP if it gets worse, or start the course of steroids. Maintainence and reliever therapy

Section 3: in an asthma attack. Signs and symptoms, what to do, when to call 999, when to contact GP after an attack

Tracking peak flow scores
Asthma triggers
Asthma review

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12
Q

What is the A to E assessment of an acutely ill adult?

A

A - airway, are they talking? Obstructor, stridor?
B - breathing, rate, pattern, SaO2, ascultation, oxygen?
C - circulation, BP, pulse, CRT
D - disability, pupils ACVPU, blood sugar, pain
E - exposure, injuries, rashes, signs of infection

ACVPU stands for alert, confused, responds to voice, responds to pain, unresponsiveness.

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13
Q

What is a vasovagul syncope?

A

Clinical word for fainting

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14
Q

What are some consideration to make after getting someone up after an episode of syncope?

A

Recovery position
Elevate legs to improve venous return
Monitor your patient as they regain consciousness
Maintain oxygen therapy if necessary
Assess for any injuries.
A person often fees nauseous and may vomit
Often there is prolonged fatigue after a faint.

Worrying symptoms: chest pain, breathlessness, severe headache, stiffness or jerky movement, not breathing or going blue. Prolonged unconscioussness lasting more than 5-10 minutes once lying down.

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15
Q

What is SBAR?

A

Review after an event has occured
S - situation: what happened, indtify self, place, patient, problem, what it is, when it happened, how severe
B - background: diagnosis and date of admission, current medications, IV fluids, past medical history, resus status
A - assessment: current vital signs, positive vital signs, action and response, interpretation?
R - recommendation: what do you need or want to happen eg check bp every 2 hours.

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16
Q

What are METS?

A

Metabolic equivalents
1 MET - the energy you spend sitting at rest (resting metabolic rate)
4 METs - you are exerting 4 times the energy you would do if you were sitting still.

Less than 1.5 - sitting, sleeping
1.6-3 - sweeping floors, folding laundry, cooking, walking 2.0 miles on a level surface.
3.1-6 - walking the dog, carrying load upstairs, food shopping. Walking 3.0 miles on flat surface
Greater than 6 - swimming, jogging, shoveling.

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17
Q

What are the principles of exercise therapy?

A

Overload - intensity?
Progression - adapt exercises for improvement?
Specificity - which body systems are challenges?
Individual differences - specific to the patient
Recovery - building recovery into the exercise scheme.

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18
Q

What are the aims of cardiac rehab?

A

Provide the patient and family with skills and knowledge to:
- self-manage
- recover both physically and psychologially
Educate to reduce the risk of further CVD events
Achieve an absolute risk reduction in CV mortality
Address morbidity and mortality.

19
Q

What are the benefits of cardiac rehab?

A

CHD: reduced CV mortality, reduced hospital re-admissions
Myocardial infarction - absolute risk reduction in CV mortality
Heart Failure: no impact on total mortality but reduced hospitalisation and increase QoL.

20
Q

What is the initial assessment for cardiac rehabilitation?

A

Demographic information
Medical history and current health
Lifestyle risk factors
Pshychological health
Medical risk management

21
Q

What are some absolute contraindications to cardiac rehab?

A

Acute MI within 2 days
Ongoing unstable angina
Uncontrolled cardiac arthymia with haemodynamic compromise
Active endocardtis
Heart failure
Acute pulmonary embolism, pulmonary infarction, deep venous thrombosis

22
Q

Advantages and disadvantages of continuous training?

A

Improvements in VO2 max and CO at max HR
Decreased resting HR and diastolic BP
Decreased myocardial oxygen demand (angina threshold improves)
Reduced peripheral vascular resistance
HDL increase
Bone density
Easy to monitor and progression
Specific needs of the patient

Some patients not familar with gym setting
Times may be limited
Can get boring
Less social
Harder to monitor post exercise

23
Q

Assessment question pre cardiac rehab?

A

Pre-exercise checks: BP/HR/glucose
Med changes
Symptom changes
Other illness
Warm up, explain RPE
STS test
Warm up
CV stations
PWCD
Resistance
Cool down
Post-exercise monitoring

Document RPE/HR/METS/WATTS on each piece of equiptment.

24
Q

What is the Borg rating of percieved exertion? (RPE)

A

A scale of 6-20
6 - no exertion at all
20 - maximal exertion

25
Q

What are some contraindications to exercise sessions?

A

Non adherence to meds
Resting HR greater than 100bpm or less than 40bpm, or new-onset arythmia
Blood glucose less than 5.5 mmol/l or greater than 15mmol/l
CP at rest
AAA greater than 5.5cm

Considerations (but not contraindications):
Meds, diuretics, fluid restrictions, falls, symptoms, positioning eg avoiding supine exercises, keep legs moving to aid venous return, gym/room temperature

26
Q

How would you reduce adverse events during cardiac rehabilitation?

A

Individualised assessment and prescription
Risk stratification, pre-screening, monitoring and supervision
Graduated warm-up of 15 minutes and cool down of 10 minutes
Moderate to vigorous intensity exercise/physical activity
Keeping the feet moving during active recovery
Avoiding breath holding
Avoiding floor movement during the conditional phase
Adaptation for co-existing morbidities
Observation of individuals 15 minutes post cessation of exercise.

27
Q

What is acute coronary syndrome?

A

A range of conditions that relate to sudden, reduced blood flow to the heart. E.g.
Unstable angina - chest pain caused by reduced blood flow to the heart muscles.
MSTEMI - heart attack where there is some loss of blood supple (ECG doesn’t show changes seen in STEMI, but blood tests show that the heart is damaged. There is partial occlusion)
STEMI - heart attack where there is a long interruption to the blood supply.

28
Q

Difference between cardiac arrest and a heart attack?

A

Cardiac arrest is an electrical problem. The person will be unconscious,
A heart attack is a circulatory problem. The person will probably be conscious.

29
Q

What are some symptoms of a myocardial infarction?

A

Chest pain or tightness
Radiating pain to neck, jaw, arms, back and shoulder blades
Shortness of breath
Feeling of indigestion
Nausea and/or vomitting
Sweating/clammy
Pallor

30
Q

What is unstable angina?

A

Partial blockage of CA = lack of blood flow.
Unpredicatable symptoms
Diagnosed via ECG
Precursor to MI
Contraindication to exercise if new/unteated.

31
Q

Exercise and median sternotomy?

A

Internal wiring
Restrictions:
6 weeks bilateral eg rowing
12 weeks unilateral eg cross trainer
Weight restriction
Running/golf/cycle/manual labour
CR usually 4 weeks post sternotomy.

32
Q

How do ACE inhibitors work?

A

Reduce the activity of angiotensin-converting enzymes (ACE). The enzyme is responsible for hormones that help to control your bp. It narrows the blood vessels (which increases bp). ACE inhibitors limit this enzyme, making your blood vessels wided.

This lowers your bp and improves blood flow to the heart.

33
Q

How do statins work?

A

Statins reduce your cholesterol levels and lower your risk of heart attack and stroke.

LDL cholesterol can leave fatty deposits in your arteries that build up. Plaques can break off and cause a blood clot.

34
Q

How do beta blockers work?

A

They block the release of the stress hormones adrenaline and nonadrenaline in certain parts of the body. This results in a slowing of the heartrate and reduce the force at which blood is pumped around your body.

Can also block yout kidneys from producing angiotensin 11, which results in lowering blood pressure.

By slowing HR they reduce the oxygen demand and reduce frequency of angina attacks.

35
Q

How does antiplatelet therapy work?

A

Eg aspirin and clopidogerl
Platelets are responsible for blood clotting, which is coronary heart disease can cause problems if the plaques rupture.

36
Q

How does a myocardial infarction occur?

A

Fatty plaque builds up in the arteries that supply your heart. If a plaque ruptures, the body’s natural response is to clot around the rupture, son platelets are activated to form a blood clot. This blocks the artery and prevents blood from reaching your heart muscle. Starved of oxygen, the cells in the heart muscle start to die, and can lead to heart failure.

37
Q

How do stents work?

A

An angioplasty is a common procedure used to open up narrowed or blocked arteries. A narrow tube is put into your wrist or groin and pushed up to the coronary artery. A small balloon at the end of the tube is blown up to widen the artery.

If the artery is too narrow a tiny drill might be used to chip away at plaques (rotablation).

38
Q

What are some barriers to being physically active?

A

Lack of time
Social influence
Lack of energy
Lack of willpower
Fear of injury
Lack of skill
Lack of resources

39
Q

What is bubble PEP?

A

PEP stands for positive expiratory pressure. It is a treatment for children who have a build up of sputum, and struggle to clear it.

The child is encouraged to blow down the tubing to make bubbles in the water. This creates positive pressure into the airways and lungs. The pressure holds open the airways to help move air in and out. This airflow helps move sputum into the airways. From here, it can be coughed up.

40
Q

What are some drugs used to treat CP?

A

Anticholinergic medications - inhibit the parasympathetic nerve responses that cause involuntary musce movements.

Anticonvulsant medications - can inhibit seizure activity by reducing excessive brain stimuation.

Antidepressants

Anti infammatory medication - eg corticosteroids and NSAIDS.

Musce relaxants - can treat spasticity and increase the range of motion eg botox and baclofen. A baclofen pump deliveres baclofen straight to the spinal cord via a surgically implanted device.

41
Q

What is some medical equiptment for CP?

A

Baclofen pump
Feeding tubes
Hearing related devices
Vagus nerve stimulators - used to control seizures.
Breathing aids - eg pulmonary percussion and chest physiotherapy
Vision related devices

42
Q

What are some surgeries for people with CP?

A

Gastroenterology surgery
Hearing correction surgery
Neurosurgery eg SDR where physicians test sensory neurones in the lower spinal cord to indentify which are misifirng, these can be destroyed.
Orthopedic surgery eg hip muscle release
Vision correction surgeries.

43
Q
A