If you'd like to support us and get something great in return, check out our PDF OSCE Checklist Booklet containing over 100 OSCE checklists in PDF format.
Table of Contents
A 57-year-old male presents to his local A&E department complaining of chest pain, work through the case to reach a diagnosis and manage the patient.
“Doctor, my chest, it’s still hurting. What’s going on?”
Use the SOCRATES acronym to gather further information about the chest pain:
Site – “Where exactly is the pain?”
Onset – “How quickly did the pain reach its maximum intensity?”
Character – “What kind of pain are you experiencing?” (e.g. sharp, dull, crushing)
Radiation – “Does the pain move anywhere else?”
Associated symptoms – “Have you developed any other symptoms?” (e.g. shortness of breath, pre-syncope, syncope)
Timing – “How long has the chest pain been present?”
Exacerbating and relieving factors – “Does anything make the pain worse?” “Does anything reduce the pain?”
Severity – “On a scale of 1-10, how severe would you rate your pain?” (this can be useful later when assessing the impact of treatment)
“The pain is in the middle of my chest and came on suddenly an hour ago whilst I was watching TV. It feels like I’ve got an elephant sat on my chest doctor, it’s awful! I had a bit of tingling in my neck and jaw, but that’s gone now. I feel really sick, I vomited once at home before the ambulance arrived. I do feel a little short of breath, which is weird, I’ve never had that before, maybe I’m just anxious. The pain isn’t affected by my position or by taking in a deep breath, it’s just always there. The pain has improved but it’s still aching and feels heavy, I’d say it was 8/10 at the start and it’s now about 5/10.”
Past medical history
Has the patient had chest pain in the past?
When was the first episode?
How frequently do the episodes occur?
Is there an obvious trigger? (e.g. exertion)
Have they been investigated for the chest pain?
Do they have a diagnosis of any cardiac problems?
Any other medical problems? (specifically cardiac risk factors)
Ischaemic heart disease
Family history of cardiac issues
“I’ve never had chest pain like this before, maybe a few niggles every few months over the last few years, but nothing like this! I didn’t bother going to the doctor about the niggles, as they always settled on their own and I’ve never been diagnosed as having any heart trouble.”
“I’ve got high blood pressure and cholesterol, I’m on tablets for those though.”
“I do smoke, about 20 a day and have done for the last 30 years.”
“I’m not a drinker doctor, I like to stay healthy so I stay away from it.”
“I don’t really do much exercise, but I get from the shops and back without any trouble.”
The ECG reveals ST-segment elevation in Leads II, III and aVF suggesting an inferior myocardial infarction.
Right coronary artery
The right coronary artery provides the blood supply to the inferior/posterior portion of the heart.
Below is a guide to which vessels are most likely affected in each type of myocardial infarction:
Anterior – Left coronary artery
Posterior – Left circumflex artery (usually) and/or right coronary artery
Inferior – Right coronary artery
Lateral – Left circumflex artery
Antero-septal – Left anterior descending artery (LAD)
Initially, an ABCDE approach should be adopted to ensure any immediate threats to life are recognised and treated. This would include administering oxygen if appropriate (SpO2 <94%), gaining intravenous access, administring medications such as morphine, glyceryl trinitrate and antiemetics.
In the presence of ischaemic ECG changes or elevation of cardiac troponin, patients presenting with acute coronary syndrome (ACS) should be treated immediately with:
Aspirin (300mg loading dose)
Ticagrelor (180 mg loading dose)
Coronary reperfusion therapy
Patients should immediately have their eligibility for coronary reperfusion therapy assessed (PCI vs fibrinolysis):
Offer coronary angiography, with follow-on primary PCI if indicated, as the preferred coronary reperfusion strategy for people with acute STEMI if:
presentation is within 12 hours of the onset of symptoms and
primary PCI can be delivered within 120 minutes of the time when fibrinolysis could have been given
Offer fibrinolysis to people with acute STEMI presenting within 12 hours of the onset of symptoms if primary PCI cannot be delivered within 120 minutes of the time when fibrinolysis could have been given.
Dual antiplatelet therapy (Ticagrelor + Aspirin) is often continued for 12 months after PCI
A single antiplatelet agent is then usually continued long-term
Address other cardiac risk factors:
Hyperlipidaemia – give a long term statin (e.g. Atorvastatin)
Hypertension – initiate appropriate antihypertensive medication (the first-line choice is typically an ACE-inhibitor)
Hyperglycaemia – check HBA1c and manage if required
Beta-blockers – improve outcome and can reduce the severity and frequency of attacks (in patients with ACS)
Weight loss (if appropriate)
A structured program for improving cardiovascular health
Glenlarson. Example ECG. [CC BY-SA]. April 2005. Available here: [LINK].