6. Evaluate a chest pain
1. Could the chest discomfort be due to an acute, potentially life-threatening
condition that warrants immediate hospitalization and aggressive
evaluation?
-Acute ischemic heart disease -Pulmonary embolism
-Aortic dissection -Spontaneous pneumothorax
2. If not, could the discomfort be due to a chronic condition likely to lead to
serious complication?
-Stable angina -Aortic stenosis -Pulmonary hypertension
3. If not, could the discomfort be due to an acute condition that warrants
specific treatment?
-Pericarditis -Pneumonia/pleuritis -Herpes zoster
4. If not, could the discomfort be due to another treatable chronic condition?
-Oesophagel reflux, oesophageal spasm, peptic ulcer disease, other GI
condition, cervical disc disease, arthritis of the shoulder or spine,
costochondritis, other musculoskeletal disorders, anxiety state
7. Initial Evaluation of Suspected Cardiac
Pain
Importance of initial evaluation:-
• Crucial process
• Determine the:-
– Nature and extent of any underlying heart disease
– Risk of serious adverse event
– Management
8. Characteristics Of Ischaemic Cardiac
Pain
• Characteristic of pain
• Site
• Radiation
• Provocation
• Onset
• Associated features
9. Character
• Dull, constricting, choking or heavy
• Squeezing, crushing, burning or aching
• Breathlessness
• Discomfort > pain
10. Site
• Centre of the chest
• Derivation of the nerve supply to the heart &
mediastinum (sensory sympathetic cardiac
nerves; T1-T5, mostly dorsal root ganglion Lt.)
Radiation
• Radiate to neck, jaw & upper or even lower
arms
• Occasionally, at the sites of radiation or in the
back
11.
12. Provocation
• Angina pain: during exertion and promptly
relieved by rest (<5 minutes), pain may
exacerbated by emotion but occur more
readily by exertion; large meal, cold wind
• Crescendo/Unstable angina: similar pain can
be precipitated by minimal exertion or at rest
• Decubitus angina: increase venous
return/preload by lying down can provoke
pain in vulnerable patients
13. Onset
• Myocardial infarction (MI): Pain of MI takes
several minutes or longer to develop
• Angina: Pain builds up gradually in proportion
to the intensity of exertion
• Aortic dissection, massive pulmonary
embolism or pneumothorax : Pain is very
sudden or instantaneous
• Musculoskeletal or psychological: Pain occur
after exertion
14. Associated features
• Autonomic disturbance; sweating, nausea,
vomiting
• Breathlessness: pulmonary congestion from
transient ischaemic Lt. ventricular dysfunction
15. CHARACTERISTIC
ISCHAEMIC CARDIAC
CHEST PAIN
NON-CARDIAC CHEST PAIN
LOCATION Central, diffuse Peripheral, localised
RADIATION
Jaw/neck/shoulder/arm
(occasionally back)
Other or no radiation
CHARACTER Tight, squeezing, choking Sharp, stabbing, catching
PRECIPITATION Exertion and/or emotion
Spontaneous, provoked by
posture,respiration or
palpitation
RELIEVING FACTOR
Rest, quick response to
nitrates
Not relieved by rest, slow
or no response to nitrates
ASSOCIATED FEATURES Breathlessness
Respiratory,
gastrointestinal, locomotor
or psychological
17. Anxiety
• Common cause for atypical chest pain
• Lack of relationship with exercise
• Receiving bad news
Cardiac
• Myocardial ishaemia (angina), MI, myocarditis,
pericarditis, mitral valve prolapse
• Myocarditis & pericarditis:
– Pain felt retrosternally, to the Lt. of the sternum, or in
the Lt./Rt. Shoulder
– Intensity varies with movement and phase of
respiration. ‘sharp’ and may ‘catch’ during inspiration,
coughing or lying flat.
– Occasionally, history of prodromal viral illness
18. Aortic
• Aortic dissection, aortic aneurysm
• Aortic dissection:
– Pain is severe, sharp and tearing
– Penetrating through to the back
– Abrupt in onset
– Pain follows path of the dissection
20. Oesophageal
• Oesophagitis, oesophageal spasm,
Mallory-Weiss syndrome
• Pressure, tightness, burning
• Retrosternal
• Mimic angina very closely
– Sometimes precipitated by exercise
– Sometimes relieved by nitrates
• Elicit history of chest pain to supine posture or
eating, drinking or oesophageal reflux
• Radiates to the back
21. Lungs/Pleura
• Bronchospasm, pulmonary infarct,
pneumonia, tracheitis, pneumothorax,
pulmonary embolism, malignancy,
tuberculosis
• Bronchospasm:
– Reversible airways obstruction (e.g. asthma):
exertional chest tightness that is relieved by rest.
Difficult to distinguish from ischaemic chest
tightness
• Pneumonia, pleuritis and pulmonary
embolism:
– Pleuritic pain (sharp pain when breathing)
22. Musculoskeletal
• Osteoarthritis, rib fracture/injury, costochondritis
(Tietze’s syndrome), intercostal muscle injury,
epidemic myalgia (Bornholm disease-by
coxsackievirus)
• Aching
• Very variable in site and intensity
• Vary with posture and movement of upper body
• Can be accompanied by local tenderness over a
rib or costal cartilage
• Injuries related to everyday activities or viral
infection
25. STABLE ANGINA ACUTE CORONARY SYNDROMES
(unstable angina, STEMI, NSTEMI)
•Effort-related chest or
‘choking in the chest’
•Relationship to physical
exertion (and occasionally
emotion) of the chest pain
•The duration of symptoms
should be noted because
patients with recent-onset
angina are at greater risk
•Urgent evaluation
•Prolonged, severe
cardiac chest pain
26. STABLE ANGINA ACUTE CORONARY SYNDROMES
(unstable angina, STEMI, NSTEMI)
•Physical examination:
often normal but may reveal
evidence of risk factors (eg
xanthoma indicate
hyperlipidaemia),
Lt. ventricular dysfunction
(dyskinetic, apex beat, gallop
rhythm), other
manifestations of arterial
disease (eg bruits, signs of
peripheral vascular
disease) and unrelated
conditions that may
exacerbate angina (eg
anaemia, thyroid disease)
•Physical examination:
signs of important
comorbidity, such as
peripheral or
cerebrovascular disease,
autonomic disturbance
(pallor or sweating) and
complications
(arrhythmia or heart
failure)
27. STABLE ANGINA ACUTE CORONARY SYNDROMES
(unstable angina, STEMI, NSTEMI)
•Coronary artery disease,
aortic valve disease and
hypertrophic
cardiomyopathy
•Angina+murmur=
echocardiography
•A full blood count, fasting
blood glucose, lipids, TFT,
12-lead ECG, exercise
testing
•CT Coronary angiography
•Signs of haemodynamic
compromise (hypotension,
pulmonary oedema)
•ECG changes: ST segment
elevation or depression)
•Biochemical markers: elevated
troponin I or T (short-term)
•A 12-lead ECG
•New ECG changes or
an elevated plasma troponin
concentration confirm the
diagnosis of an acute coronary
syndrome. exercise test or CT
coronary angiogram to
diagnose underlying coronary
artery disease.
30. Condition Duration Quality Location
Associated
features
Angina 2 min <t< 10 min Pressure,
tightness,
heaviness,
burning
Retrosternal,
often with
radiation to or
isolated
discomfort in
neck, jaw,
sholders, or
arms- freq. left
Precipitated by
exertion,
exposure to cold,
psychologic stress
S4 gallop or mitral
regurgitation
murmur during
pain
Unstable
angina
10-20 min Similar to
angina but
>severe
Similar to angina Similar to angina
but occurs with
low levels of
exertion or even
at rest
Acute MI Variable; often
>30 min
Similar to
angina but
>severe
Similar to angina Unrelieved with
nitroglycerin
May be
associated with
heart failure or
arrhythmia
Typical Clinical Features of Major Causes of Acute Chest Discomfort
31. Condition Duration Quality Location Associated features
Aortic
stenosis
Recurrent
episodes
Same as angina Same as angina Late-peaking
systolic murmur
radiating to carotid
arteries
Pericarditis Hours-days;
may be
episodic
Sharp Retrosternal or
toward cardiac
apex; may
radiate to Lt.
shoulder
May be relieved by
sitting up and
leaning forward
Pericardial friction
rub
Aortic
dissection
Abrupt onset
of unrelenting
pain
Tearing or
ripping
sensation;
knifelike
Anterior chest
offten radiating
to
back,between
shoulder blades
Hypertension
and/or underlying
connective tissue
disorder,e.g.,
Marfan syndrome
Pulmonary
embolism
Abrupt onset;
several min-
few hours
Pleuritic Often lateral,
on the side of
the embolism
Dyspnea,
tachypnea,
tachycardia and
hypotension
Pulmonary
hypertension
Variable Pressure Substernal Dyspnea,signs of increased
venous pressure including
edema & jv distension
32. Condition Duration Quality Location
Associated
features
Pneumonia/
pleuritis
Variable Pleuritic Unilateral,often
localized
Dyspnea, cough,
fever, rales,
occasional rub
Spontaneous
hypertension
Sudden
onset;
several
hours
Pleuritic Lateral to side of
pneumothorax
Dyspnea,
decreased breath
sounds on side of
pneumothorax
Esophageal
reflux
10-60 min Burning Substernal,
epigastric
Worsened by
postprandial
recumbency
Relieved by
antacids
Esophageal
spasm
2-30 min Pressure,
tightness,
burning
Retrosternal Can closely mimic
angina
Peptic ulcer Prolonged Burning Epigastric,
substernal
Relieved with
food or antacids
33. Condition Duration Quality Location
Associated
features
Gallbladder
disease
Prolonged Burning,
pressure
Epigastric, Rt.
Upper quadrant,
substernal
May follow meal
Musculoskeletal
disease
Variable Aching Variable Aggravated by
movement
May be
reproduced by
localized pressure
one examination
Herpes zoster Variable Sharp or
burning
Dermatomal
distribution
Vesicular rash in
area of discomfort
Emotional &
psychiatric
conditions
Variable;
may be
fleeting
Variable Variable; may be
retrosternal
Situational factors
may precipitate
symptoms
Anxiety or
depression often
detectable with
careful history
34. Conclusion
Topics which are covered:-
• Define chest pain
• Types of chest pain
• Characteristic of cardiac chest pain
• Ischaemic cardiac pain vs non-cardiac
chest pain
• Differential diagnosis
35. References
• Davidson’s Principles & Practice of Medicine
23rd Edition
• Harrison’s Internal Medicine 18th Edition
• Hutchinson’s Clinical Method 22nd Edition
Editor's Notes
Mallory–Weiss syndrome or gastro-esophageal laceration syndrome refers to bleeding from tears (a Mallory-Weiss tear) in the mucosa at the junction of the stomach and esophagus, usually caused by severe alcoholism, retching, coughing, or vomiting.
Episodes of myocardial ischemia are due to an abrupt reduction in coronary blood flow caused by thrombosis or spasm (supply-led ischemia). In contrast, stable angina is related to a fixed obstruction and usually precipitated by an increase in myocardial oxygen demand (demand-led ischemia)
Bruits= turbulence blood flow
Comorbidity=the simultaneous presence of two chronic diseases or conditions in a patient.