Chest Pain History Taking OSCE Station Guide and Mark Scheme

 

Chest pain history taking OSCE stations are one of the most common scenarios in a clinical exam as chest pain is a common and potentially very serious presentation in the emergency department or general practice. The presentation is often acute chest pain in the OSCE scenario. It is really important to do a full SOCRATES on the pain but do not forget to ask about risk factors for cardiovascular disease as well as PE if either is indicated (in any chest pain OSCE you should be asking about smoking, family history etc anyway). Below gives a chest pain OSCE checklist and guide which will cover all the main points to the history. Make sure you learn this guide well as it will set you up in good stead for both exams and real life!


 Candidate's Instructions

You are a junior doctor working in the emergency department. Mrs Chamberlain has presented with chest pain. Take a relevant history from Mrs Chamberlain and provide a differential diagnosis, including your most likely diagnosis.

 

Mark scheme

Introduction:

  • Give your full name and role

  • Confirm name and age of patient

  • Explain the purpose of the interview and obtain consent to talk to the patient

  • Ask if patient is currently in pain (offer pain relief if so)

 

Characteristics of pain:

  • Open questioning to start - e.g. What brings you into today? Can you tell me about the pain? How would you describe it?

  • Establish site of pain - often useful to ask the patient to point to where the pain is (retrosternal pain can indicate ischaemia or acid reflex, superficial pain can indicate a musculoskeletal problem)

  • Establish onset of pain (ischaemia tends to be slow and insidious whereas a pneumothorax or pulmonary embolism may be sudden onset)

  • Establish character of pain (ischaemia - crushing, retrosternal, 'as if someone is sitting on my chest', 'like a band around my chest'; aortic dissection - sharp, tearing persisting; pneumothorax - sudden, sharp, like a knife, 'pleuritic'; reflux - burning, 'heartburn')

  • Establish radiation of pain (ischaemia - radiates to left arm and jaw; aortic dissection - radiating to the back between shoulder blades; reflux - radiates from epigastrium to throat)

  • Establish associated symptoms - nausea, vomiting, sweating, palpitations, dyspnoea (breathlessness), leg swelling/tenderness, haemoptysis (coughing up blood), symptoms of infection (fever etc)

  • Establish duration and progression of symptoms

  • Establish exacerbating factors (worsened/caused by inspiration - pneumothorax, pulmonary embolism, pneumonia; worsened/caused by lying down and inspiration/coughing - pericarditis; local area of tenderness - musculoskeletal pain; worse/caused by exercise, stress, eating, emotion - angina)

  • Establish relieving factors (relived by sitting up - pericarditis; relieved by rest/GTN spray - angina)

  • Establish severity of pain - and rate it from a scale of 1-10

 

Establish risk factors for coronary artery disease:

  • Smoking

  • Diabetes

  • Hypertension

  • Hypercholesterolaemia

  • Family history,

  • History of IHD/stroke

 

Establish Risk Factors For pulmonary Embolus:

  • History of pulmonary embolus

  • Symptoms suggestive of deep vein thrombosis (DVT)

  • Malignancy

  • Family history

  • Recent fracture or surgery

  • Immobility

 

Past medical/surgical history:

  • Medication history/allergies

  • Social history - occupation, stress at work, employment (stress can precipitate angina, acid reflux and anxiety, while physically demanding jobs can cause musculoskeletal pain)

  • Elicit patient's ideas, concerns and expectations

 

Conclusion:

  • Summarise history back to patient

  • Thank patient

  • Offer appropriate differential diagnosis


Investigations

Sometimes you are asked in the exam which investigations you would ask for. As always, split your investigations logically into the following (it makes it easier to remember!)

Bedside

  • ECG

  • Sputum culture (if suspecting pneumonia)

Bloods

  • Troponin (measures heart tissue damage)

  • FBC (raised WCC in pneumonia)

  • LFTs (cholecystitis)

  • Blood culture (if suspecting pneumonia)

  • Lipids (used for risk of cardiovascular disease)

Radiology

  • Chest x-ray (pneumothorax, consolidation, pericardial effusion, aortic dissection)

  • CTPA or V/Q scan (if suspecting PE

Special Tests

  • Upper GI endoscopy (if suspecting acid reflux)


The most common diagnoses seen in OSCEs are angina, acute coronary syndrome, pulmonary embolism or musculoskeletal chest pain
Gastro-oesophageal refluxBurning pain that radiates from the epigastrium to the throat, exacerbated by certain foods (e.g. spicy foods, alcohol, caffeine, fatty foods), relived by antacids and associated symptoms include water brash and a bitter tas…

Gastro-oesophageal reflux

Burning pain that radiates from the epigastrium to the throat, exacerbated by certain foods (e.g. spicy foods, alcohol, caffeine, fatty foods), relived by antacids and associated symptoms include water brash and a bitter taste in the mouth.

Pulmonary embolismPleuritic chest pain (i.e. worse on inspiration), which can be sharp in nature and sudden onset and associated with breathlessness and haemoptysis. Risk factors include immobility, oral contraceptives, malignancy and recent travel.

Pulmonary embolism

Pleuritic chest pain (i.e. worse on inspiration), which can be sharp in nature and sudden onset and associated with breathlessness and haemoptysis. Risk factors include immobility, oral contraceptives, malignancy and recent travel.

AnginaCentral, tight chest pain which radiates to the left arm and jaw. Relived by rest and GTN spray. Exacerbated by emotion, stress, cold, exercise and eating. If relentless, not relieving and associated with sweating and nausea it may have develo…

Angina

Central, tight chest pain which radiates to the left arm and jaw. Relived by rest and GTN spray. Exacerbated by emotion, stress, cold, exercise and eating. If relentless, not relieving and associated with sweating and nausea it may have developed into acute coronary syndrome.

Aortic DissectionSudden onset tearing, high intensity chest pain which radiates to the back between the shoulder blades. Risk factors include connective tissue disorders, vasculitis and hypertension.

Aortic Dissection

Sudden onset tearing, high intensity chest pain which radiates to the back between the shoulder blades. Risk factors include connective tissue disorders, vasculitis and hypertension.


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