Cardiac symptoms and signs Flashcards

1
Q

20% of all CHD deaths are attributable to =

A

Smoking

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2
Q

Leading cause of death =

A

Acute coronary syndrome

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3
Q

CVD symptoms

A
Chest pain
Breathlessness
Palpitation
Syncope
Oedema
Cough
Fatigue
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4
Q

Cardiac pain tends to feel

A

Tight

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5
Q

3 characteristics of ‘typical angina’

A
  1. Substernal chest discomfort
  2. Provoked by exertion or emotional stress
  3. Relieved by rest/GTN
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6
Q

What would make a diagnosis of stable angina unlikely?

A
  • Continuous, very prolonged
  • Unrelated to activity
  • Worse on inspiration
  • Associated symptoms
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7
Q

Stable angina vs unstable angina

A
Stable = on exertion
Unstable = on rest
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8
Q

How many ‘classes’ are there for angina

A

I-IV

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9
Q

Class IV angina =

A

Pain comes on at rest

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10
Q

Angina vs MI

A

Angina: exertional, emotional stress, cold, relieved by rest or GTN, 2-10 mins
MI: rest, gradually builds up and lasts for 30+ minutes, no releif with rest or GTN, associated symptoms (fear, breathless, nausea, sweating)

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11
Q

What is pericarditis?

A

Inflammation of the pericardium

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12
Q

Pericarditis is most commonly caused by

A

Viral infection

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13
Q

Character of pericarditis pain

A

Sharp, stabbing
Worse on inspiration
Worse lying flat, eased by sitting
Hrs-days

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14
Q

Character of aortic dissection pain

A

Sudden, tearing, knife-like
Excruciating
Radiates to back

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15
Q

In 50% of cases, aortic dissection presents as

A

Abdominal pain

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16
Q

Character of pain in PE:

A

Pleuritic (sharp, stabbing, burning)

Worse in expiration/inspiration

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17
Q

Alongside pain, what usually occurs in a PE?

A

Shortness of breath

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18
Q

Abnormal uncomfortable awareness of breathing

A

Dyspnoea

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19
Q

faster breathing than normal

A

Tachypnoea

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20
Q

Tachypnoea =

A

> 20 bpm

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21
Q

Breathlessness in pulmonary oedema =

A

Abrupt
Orthopnoea
Cold, clammy
Pink frothy sputum

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22
Q

Orthopnoea

A

Breathlessness when lying flat

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23
Q

PND =

A

Paroxysmal nocturnal dyspnoea

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24
Q

Features of PND =

A

Wake from sleep, have to sit up

Frightening

25
What conditions are associated with orthopnoea?
Left ventricular heart failure | Pulmonary oedema
26
Classification of heart failure
NYHA classification (I-IV)
27
Symptoms of chronic heart failure:
``` Exertional breathlessness Orthopnoea Nocturnal cough PND Oedema Lack of energy ```
28
Syncope =
Brief transient loss of consciousness and postural tone with spontaneous recovery
29
Letters associated with JVP waveform =
``` A X C V Y ```
30
A wave on JVP =
Atrial systole
31
X wave on JVP =
Atrial distole
32
C wave of JVP =
Rapid filling of RV before closure of tricuspid valve
33
V wave of JVP =
RA filling during ventricular systole
34
Y depression of JVP =
Closure of tricuspid valve
35
Elevated JVP wave associated with
Heart failure Pericarditis Renal disease
36
Large A wave
Pulmonary hypertension | Tricuspid stenosis
37
Giant V waves
Tricuspid reguritation
38
Tricuspid regurgitation is associated with what on JVP
Giant V wave
39
Steep Y descent on JVP =
Pericarditis
40
S1 =
Closure of mitral and tricuspid valve
41
S2 =
Closure of atrial and pulmonary valves
42
S1 - S2
Systole
43
S2 - S1
Diastole
44
S3 occurs at:
Start of systole/after S2
45
S3 sounds like:
Ken-tuc-ky
46
Cause of S3:
Oscillation of blood back and forth between ventricular walls (volume overload)
47
S3 can be benign in:
Atheletes Youth Pregnancy
48
S3 pathological in
Heart failure
49
S4 occurs at:
Before S1/end of diastole/just after atrial kick
50
S4 sounds like:
Tenn-es-see
51
Cause of S4:
Blood forced into stiff ventricles
52
Conditions that cause S4:
Heart failure | Hypertension
53
Murmers are graded from stages:
1-6
54
What kind of heart murmers aren't pathological?
Innocent
55
Most common place for an innocent heart murmer in children:
Lower left sternal border
56
What stage in cardiac cycle are murmers almost always pathological?
Diastolic
57
Murmers can be due to:
Stenosis | Regurgitation
58
Normal flow murmers are produced with
Prosthetic valves