Cardiovascular Examination Flashcards

1
Q

State the 7 stages of your cardio examination

A
  1. Introduction
  2. General inspection
  3. Hands & arms
  4. Head & neck
  5. Chest
  6. Back
  7. Legs
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2
Q

Describe what you must do in the introduction stage of your cardio examination

A
  • Name
  • Role
  • Explain & gain informed consent
  • Check patients full details (Name & DOB)
  • Offer chaperone
  • Check for any pain- particulary in right shoulder
  • Wash hands
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3
Q

Describe what you must do in the general inspection stage of your cardio examination

A
  • Position & expose pt
  • Inspect surroundings: cardiac monitor, ECG, oxygen, GTN spray, nitrate infusion, pacing wires, warfarin yellow book
  • Inspect pt: comfortable at rest?, SOB, pallor, body habitus, scars
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4
Q

Describe what you must do in the hands & arms stage of your cardio examination

A
  • Check for tremor
  • Inspect hands: clubbing, tar staining, splinter haemorrhages, Osler’s nodes, Janeway lesions, peripheral cyanosis, xanthoma, radial artery/vein harvest scar
  • Capillary refill
  • Radial pulse (rate, rhythm)
  • Radio-radial delay
  • Offer radio-femoral delay
  • Collapsing pulse
  • Brachial pulse (volume & character) **NOTE: could just do carotid
  • Request bp in each arm
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5
Q

Describe what you must do in the head & neck stage of the cardio examination

A
  • Inspect eyes: malar flush, conjunctival pallor, xanthelasma, corneal arcus
  • Inspect mouth: central cyanosis, dental hygiene, high arched palate
  • Inspect neck: JVP (may do hepatojugular reflux to confirm)
  • Auscultate for carotid bruit
  • Carotid pulse bilaterally (volume & pulse)
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6
Q

Describe what you must do in the chest stage of your cardio examination

A
  • Inspection: scars, deformity (pectus excavatum or carinatum)
  • Palpate for pacemaker
  • Thrills & heaves
  • Palpate apex beat
  • Ausculate chest
  • Ausculate (radiation)
  • Ausculate (manoeuvres)
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7
Q

Describe what you must do in the back stage of your cardio examination

A
  • Inspect sacral oedema
  • Auscultate lung bases
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8
Q

Describe what you must do in the legs section of your cardio examination

A
  • Inspect: skin changes associated with peripheral vascular disease, vein harvest scar, pitting oedema
  • Check for pitting oedema
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9
Q

What position should you have your pt in for your cardio examination?

A

Led at 45 degrees with chest exposed

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10
Q

What 3 categories can we broadly split cardiac conditions into?

A
  • Arrhythmias
  • Heart failure
  • Ischaemia
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11
Q

What is normal capillary refill time?

A

< 3 secs

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12
Q

Why do some clinicians advocate auscultation prior to palpation of carotid?

A

Argue you should check for atherosclerotic disease prior to palpation as if disease if present palpation may produce atheromatous emboli and subsequent stroke

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13
Q

Describe how you would palpate for the apex beat

A
  • Start lateral
  • Work medially
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14
Q

Describe how you check for thrills

A
  • Fingers either side of sternum at around level of sternal angle in 2nd ICS
  • Push in quite firmly
  • Should feel pulse
  • If thrill is present will feel “vibration” as a thrill is a palpable murmur
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15
Q

Describe how you check for heaves

A
  • Place hands either side of sternum and see if feel movement with your hands
  • Place hand horizontally across chest (heel of hand around midline)

*Some people may like to check for apex beat after checking for heaves as it requires same hand positioning

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16
Q

Describe where you should auscultate on the chest

A

“Four basic points”

  • Over apex (mitral)
  • 4th ICS left (tricuspid)
  • 2nd ICS left sternal edge(pulmonary)
  • 2nd ICS right sternal edge (aortic)

*Palpate carotid pulse whilst auscultating

Auscultate for radiation?

  • ​Auscultate left axilla on expiration for mitral regurg/stenosis
  • Auscultate carotids with bell on expiration on expiration for aortic stenosis/regurg

Auscultation manoeuvres

  • Ask pt to roll to left and auscultate with bell on expiration to check for mitral stenosis
  • Ask pt to lean forwards and auscultate over tricuspid area for aortic regurg
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17
Q

State at least 3 things/appropriate next steps that you could suggest at the end of your cardio examination

A
  • ECG
  • Peripheral vascular examination
  • BP
  • Focused history
  • Observations
  • Abdominal examination (for hepatomegaly if tricuspid regug suspected and for hepatosplenomegaly if infective endocarditis suspected, for ascites if HF suspected)
  • Fundoscopy
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18
Q

Why would you like to do a fundoscopy following your cardio examination?

A

To check for:

  • Roth spots in infective endocarditis
  • Hypertensive retinopathy
  • Diabetic retinopathy
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19
Q

What does the image show?

A

Roth spots which are seen in infective endocarditis; retinal haemorrhages with white or pale centres

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20
Q

Clubbing is a non-specific sign of systemic disease; what cardiovascular diseases can it be indicative of?

A
  • Infection: endocarditis
  • Malignancy: mitral myxoma
  • Congenital: cyanotic heart disease
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21
Q

What does this image show?

What pathology can they indicate?

A
  • Splinter haemorrhages (capillary nail bed microemboli)
  • Pathology:
    • Infective endocarditis
    • Local inflammation e.g. psoriasis, lichen planus
    • Trauma
22
Q

What does this image show?

Where are these found?

Are they tender?

What pathology can they indicate?

A
  • Osler nodes
  • Red-purple, slightly raised, tender lumps often found on fingers and toes
  • Considred pathognomonic of subacute infective endocarditis
23
Q

What does this image show?

Where are they found?

Are they tender?

What pathology do they indicate?

A
  • Janeway lesions
  • Red, non-tender found commonly on palms and soles. Disappear after
24
Q

What 3 signs in hands are widely considered pathognomonic for subacute infective endocarditis?

A
  • Osler’s nodes
  • Janeway lesions
  • Roth’s spots
25
Q

What does this image show?

What pathology can it indicate?

A
  • Tendon xanthoma (accumulation of cholesterol/fat in tissue macrophages)
  • Indicates raised serum lipids. This suggests risk of ischaemic heart disease, stroke, peripheral vascular disease as well as pancreatitis
26
Q

What does this image show?

What does in indicate?

A
  • Radial artery harvest scar
  • Indicates CABG (although in UK saphenous vein is preferred)
27
Q

What does this image show?

What does it indicate?

A
  • Xanthelasma
  • Hypercholesterolaemia
28
Q

What does this image show?

What does it indicate?

A
  • Malar flush
  • Associated with mitral stenosis with reduced cardiac output. HOWEVER, can also be associated with rosacea, SLE, erysipelas, pulmonary hypertension due to COPD
29
Q

What does this image show?

What does it indicate?

A
  • Corneal arcus
  • It is a degenerative change of peripheral cornea associated with natural aging however in those <40yrs it may indicate raised serum lipoprotein levels
30
Q

State some cardiac causes of central cyanosis

A
  • Congenital
    • Tetralogy of fallot
    • Transposition of great arteries
    • AV septal defect
    • Tricuspid atresia
  • Eisenmenger syndrome
  • Acquuired congestive HF
31
Q

What does this image show?

What syndromes might it be seen in?

Why is this relevant in cardio examination?

A
  • High arched palate
  • May suggest Marfan’s syndrome but it may also be associated with Ehlers-Danlos syndrome, Down syndrome or even just be a variant of normal
  • If it is Marfan’s syndrome then pt is at risk of aortic root disease including aortic regurgitation, aneurysm dilation and aortic dissection
32
Q

What does this image show?

A
  • Dental caries/tooth decay
  • Risk of Streptococcus viridans associated infective endocarditis
33
Q

State 3 possible causes of sacral oedema

A
  • Right heart failure
  • Nephrotic syndrome
  • Liver failure
34
Q

What does this image show?

What does it indicate?

A
  • Long saphenous vein harvest
  • CABG
35
Q

Symmetrical bilateral pitting oedema is suggestve of either right heart failure, nephrotic syndrome or liver failure; give 2 possible causes of unilateral non-piting swelling and explain how to differentiate between the two

A
  • Cellulitis: warm, erythema
  • DVT: hard, erythema, not warm
36
Q

What does this image how?

What disease is it seen in?

A
  • Non-pitting, bilateral, yellowishb-brown to red-waxy papules
  • Graves disease
37
Q

When commenting on pulse, what are the four facets to consider?

A
  • Rate
  • Rhythm
  • Volume
  • Character

*NOTE: you can only comment on volume and character for larger arteries

38
Q

How would you measure pulse if the pulse rate is regular?

How would you measure pulse if the pulse rate is irregular?

A
  • Regular: count over 30 secs and x2
  • Irregular: count over 60 secs
39
Q

A pulse can be described as…

  • Regularly irregular
  • Irregularly irregular

… what do we mean by this?

A
  • Regularly irregular: pulse is ‘abnormal’ but it is consistently abnormal
  • Irregularly irregular: pulse is abnormal and isn’t consistent
40
Q

What is sinus arrythmia?

A

Sinus arrythmia is variation in rate with breathing:

  • Increase in rate on inspiration
  • Decrease in rate on expiration
41
Q

Why do you get an increase in pulse rate on inspiration?

A
  • Increase in pre-load to right atria
  • Detected by atrial pressure receptors
  • Activate bainbridge reflex (increased CVP increase HR)
42
Q

Why do you get a decrease in pulse on expiration?

A
  • Decrease in preload
  • Decrease response of atrial pressure receptors
  • Decrease/no bainbridge reflex
43
Q

Where is the apex beat usually found?

A

Left 5th ICS, mid clavicular line

44
Q

What does each side of the stethoscope detect?

A
  • Diaphragm: high frequency sounds
  • Bell: low frequency sounds
45
Q

In some patients you may hear a split S2 sound; it is physiologically normal in young patients. Explain why you may hear a split S2 sound

A
  • S2 is due to closure of aortic & pulmonary valve
  • Aortic valve sometimes closes just before pulmonary valve as systemic circulation pressure is greater than pulmonary circulation pressure
46
Q

What is pulsus paradoxus?

A

Opposite to sinus arrhythmia:

  • Heart rate slows on inspiration
  • Heart rate increases on expiration

Pulsus paradox is defined as a drop in systolic BP of >10mmHg on inspiration. Idea that inspiration compresses structures. Causes of pulsus paradox include pericardial disease (effusion or constrictive pericarditis) or extrinsic compression of heart (tension pneumothorax, severe asthma, COPD)

47
Q

What does pulse volume refer to?

State 4 words you can use to describe the pulse volume?

A
  • Strength or intensity of pulse
  • Strong, weak or thready, bounding
48
Q

State some situations in which you might find a bounding pulse

A
  • Aortic regurgitation
  • Hyperdynamic circulation e.g. exercise, preg, anaemia, thryotoxicosis, Pagets disease
49
Q
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50
Q
A