Clinical Examinations - Cardiology Flashcards

1
Q

What should you do before performing any clinical examination. (6)

A
Introduce yourself. 
Obtain Consent. 
Confirm Name and Age of patient. 
Wash Hands.
Expose Patient. 
Ensure Patient is Comfortable.
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2
Q

What should you do before touching the patient.

A

Inspect from the end of the bed.

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3
Q

When you are inspecting the patient, what are you looking for.

A

Signs of distress.

Paraphernalia indicative of disease (eg, inhalers, oxygen, IV lines, etc…).

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4
Q

What should you observe for in the face particularly in a cardiovascular examination.

A

Malar flush.

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5
Q

What should you look for in the hands in a cardiovascular examination. (5)

A
Clubbing. 
Cyanosis - are their hands warm?
Stigmata of endocarditis. 
Nicotine Stains.
Capillary refill time.
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6
Q

What are the stigmata of endocarditis visible in the hands. (3)

A

Janeway lesions.
Splinter haemorrhages.
Osler’s nodes.

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7
Q

How do you take the pulse at the radial artery. (4)

A
  1. You compress the radial artery with your index finger and middle fingers.
  2. Note whether the pulse is regular or irregular.
  3. Count the pulse for 15-30seconds and multiple for 1 minute.
  4. You should count the pulse for a full minute if the pulse is irregular.
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8
Q

What do you look for at the radial pulse. (3)

A

Rate.
Rhythm.
Collapsing pulse (Waterhammer pulse).

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9
Q

How do you check for a collapsing pulse.

A

You raise the patient’s arm.

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10
Q

How would you check a patient’s blood pressure. (8)

A
  1. Position the patient’s arm so that the anticubital fossa is level with the heart.
  2. Centre the bladder of the cuff over the brachial artery approximately 2cm above the anticubital fold (make sure that you use the proper cuff size)
  3. Palpate the radial pulse and inflate the cuff until the pulse disappears. (this is the approximate systolic pressure).
  4. Place the stethoscope over the brachial artery.
  5. Inflate the cuff to 30mmHg above the estimated systolic pressure.
  6. Release the pressure slowly, about 5mmHg per second.
  7. The level at which you consistently hear beats is the systolic pressure.
  8. Deflate the cuff until the sounds muffle and disappear. This is the diastolic BP.
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11
Q

What are you looking for in the tongue in a CV exam. (2)

A

Pallor.

Cyanosis.

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12
Q

How do you check for anaemia.

A

Anaemia is detected via conjunctiva pallor.

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13
Q

How do you take the carotid pulse.

A

Place your fingers behind the patient’s neck and compress the carotid artery with your thumb at or below the level of the cricoid cartilage.

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14
Q

What is the physical landmark for taking a carotid pulse.

A

Cricoid cartilage.

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15
Q

What should you be careful about doing when taking the carotid pulse.

A

Do not compress on both sides of the neck at the same time - it will be very uncomfortable for the patient, and can cut off the blood supply to the brain and cause syncope.

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16
Q

What can compressing the carotid sinus in the neck cause. (2)

A

Bradycardia.

Depressed BP.

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17
Q

What do you assess at the carotid pulse.

A

Character (eg is it slow rising?).

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18
Q

How do you assess for carotid bruits. (3)

A
  1. Place the bell of the stethoscope over each carotid artery.
  2. Ask the patient to stop breathing for a moment.
  3. Listen for a blowing or rushing sound.
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19
Q

Who should you listen for carotid bruits in. (2)

A

Middle aged.

Elderly.

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20
Q

What is a carotid bruit often a sign of. (2)

A

A sign of arterial narrowing.

Increased risk of stroke.

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21
Q

How do you examine a patient’s JVP. (3)

A
  1. Position the patient supine with the head of the table at 45 degrees.
  2. Look for a rapid, double (sometimes triple) wave with each heartbeat.
  3. Assess the height of the pulsation from the sternal angle.
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22
Q

When do you consider that the JVP is raised.

A

If it is more than 4cm from the sternal angle.

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23
Q

How do you distinguish between the JVP and carotid pulse.

A

If you press lightly, you will eliminate the venous pulsation.
A arterial pulse does not collapse under pressure.

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24
Q

In what position do you observe for precordial movement.

A

Ideally supine.

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25
Q

What are you observing for in the precordium. (2)

A

Any scars.

Deformities of the chest.

26
Q

What should you palpate on the precordium.

A

You should check for any thrills or heaves.

You should also palpate for the apex beat.

27
Q

Where is the apex beat usually located.

A

It is located in the 4th or 5th intercostal space, along the midclavicular line (or sometimes just medial).

28
Q

What should you note from the apex beat. (3)

A

Location.
Quality of impulse.
Size.

29
Q

What side of the stethoscope should you listen with when listening for the heart sounds. (2)

A

You should use the diaphragm first, and the bell second.

30
Q

Where do you listen for the aortic valve.

A

In the right 2nd intercostal space.

31
Q

Where do you listen for the pulmonary valve.

A

In the left 2nd intercostal space.

32
Q

Where do you listen for the tricuspid valve.

A

In the 4th and 5th intercostal spaces next to the sternum.

33
Q

Where do you listen for the mitral valve.

A

At the apex.

34
Q

What position brings out mitral murmurs.

A

Listen at the apex.

Ask the patient to roll onto their left side.

35
Q

What position brings out aortic murmurs.

A

Listen at the aortic area.

Ask the patient to sit forward and hold their breath on exhalation.

36
Q

What pathology is an ejection systolic murmur associated with. (3)

A

Pulmonary stenosis.
Aortic stenosis.
It may also be physiological.

37
Q

What is the character of an ejection systolic murmur.

A

It is a crescendo-decrescendo between S1 and S2.

38
Q

What pathology is an pansytolic murmur associated with. (2)

A

Mitral regurgitation.

Tricuspid regurgitation.

39
Q

What is the character of a pansystolic murmur.

A

A steady rumble between S1 and S2.

40
Q

What pathology is an early diastolic murmur associated with.

A

Aortic regurgitation.

41
Q

What is the character of an early diastolic murmur.

A

A decrescendo after S2.

42
Q

What pathology is a mid-diastolic murmur associated with. (2)

A

Mitral stenosis.

Tricuspid stenosis.

43
Q

What pathology is a systolic click/late-systolic murmur associated with.

A

Mitral valve prolapse.

44
Q

What is the character of a systolic click/late-systolic murmur.

A

It starts between S1 and S2, with a slight crescendo character.

45
Q

What pathology is an opening snap/diastolic rumble murmur associated with.

A

Mitral stenosis.

46
Q

What is the character of an opening snap/diastolic rumble murmur.

A

A low rumble that starts just after S2.

47
Q

What pathology is an ejection sound associated with.

A

Aortic valve disease.

48
Q

What is the character of an ejection sound.

A

A solitary sound just after S1.

49
Q

What is the pathology associated with S3. (2)

A

It is normal in children.

Heart failure.

50
Q

What is the character of S3.

A

A low sound after S2.

51
Q

What is the pathology associated with S4. (2)

A

Physiologic.

Various diseases.

52
Q

What is the character of S4.

A

A low sound just before S1.

53
Q

How are murmurs graded.

A

Murmurs are graded between 1 and 6.

54
Q

What grades of murmur has an associated thrill.

A

4-6.

55
Q

How do you assess for peripheral oedema in bed bound patients.

A

Sacral oedema.

56
Q

Where do you look for peripheral oedema.

A

Ankles.

57
Q

How do you check for pulmonary oedema.

A

Listen to the lung bases for crepitations/crackles.

58
Q

What might you offer to do at the end of a CVS exam if you suspect right sided heart failure.

A

An abdominal exam to look for hepatomegaly.

59
Q

How should you conclude a clinical exam. (3)

A

Thank the patient.
Offer 3 differential diagnosis.
State when investigations you would like.

60
Q

What are the ways of assessing fluid status in a cardiovascular exam. (3)

A

Look for ankle oedema.
Look for sacral oedema (if bed bound).
Listen to lung bases for crepitations.