Single Best Answers for MRCP-2 (Take this FREE Mock Test)

1. A patient with a background of COPD presents to the emergency department with a simple pneumothorax 2.4 cm in size. What is the most suitable management option?

2. A 72-year-old woman is brought to ER after she had an episode of loss of consciousness. She gives a history of increasing shortness of breath on exertion. Her past medical history includes a right total hip replacement following a fractured neck of femur about 4 years ago. Otherwise, she is on no regular medication. There are no drug allergies.

On examination, her pulse was 80/min, blood pressure 105/90 mmHg, and respiratory rate 16 breaths/minute. You found the pulse to be slowly rising. There was an ejection systolic murmur heard loudest in the aortic area, and radiating to the carotid arteries.

Her ECG shows sinus rhythm and left ventricular hypertrophy criteria. The chest x-ray appears normal.

A transthoracic echocardiogram shows an Aortic valve area of 0.9 cm^2 (normal 3-4 cm^2) and transvalvular gradient 55 mmHg. Aortic valve replacement is considered for severe aortic stenosis. What other investigation is needed to be done before the procedure?

A 67-year-old man was admitted from A&E 3 days after suffering a myocardial infarction. He was complaining of increasing shortness of breath. On observation was tachypnoeic at rest whilst sitting up. On examination, his jugular venous pressure was raised, respiratory rate was 30 breaths per minute and his heart rate was 120/minute.
On auscultation, you hear a systolic murmur but no other findings. An erect chest X-ray was normal. Which of the
following complications of MI is most likely to be the cause of this gentleman’s shortness of breath?

A 27-year-old man is reviewed in the asthma clinic. Despite therapy with high dose Salmeterol/Fluticasone, Montelukast and oral Theophylline, he has suffered a 4th exacerbation in the past year and is now unable to reduce his dose of oral Prednisone below 10 mg without a significant increase in shortness of breath and wheeze. On examination, his blood pressure is 125/80 mmHg, pulse is 80/minute and regular. Chest auscultation reveals a quiet wheeze. His peak flow is 429 ml/min, (550 predicted). Eosinophils are elevated at 3.9 x 10^9/L. IgE is within the normal range.
Which of the following is the most appropriate next intervention?

A 52-year-old taxi driver, with a 55 pack-year smoking history, presents with increasingly
breathless on exertion. Oxygen saturations are 98% on room air. Examination reveals tracheal
tug, reduced cricosternal distance and a barrel chest. He has reduced cardiac dullness and symmetrically reduced air entry. CXR reveals hyperinflation and spirometry reveals moderate airway obstruction. The patient walks 300 m on an incremental walk test before becoming breathless. Oxygen saturation is normal in room air.
What pathological change best explains why he is breathless on exertion?

A 56-year-old gentleman was admitted to the Emergency Department with a two-week history of progressively increasing shortness of breath, with frank haemoptysis for the last couple of days. By the point of admission, he was short of breath on minimal exertion and at rest and was unable to complete full sentences. He also complained of increasing orthopnoea for the last few weeks. He had a long history of recurrent epistaxis, rhinitis and sinusitis, as well as a past medical history of diabetes, hypertension, hypercholesterolaemia and gout. His medication regimen comprised of Mometasone nasal spray, Allopurinol 100mg OD, Ramipril 2.5 mg OD, Amlodipine 5mg OD, Simvastatin 40mg OD, Metformin 500mg TDS and Gliclazide 80mg OD. He smoked 20 cigarettes per day and did not consume alcohol.
On examination, he appeared very unwell with obvious respiratory distress. His respiratory rate was 28/min, oxygen saturation was 90% on room air, BP was 108/72 mmHg, heart rate 130/min and the temperature was 37.9 C. Examination of his cardiovascular system revealed normal heart sounds with a JVP of 3 cm. Examination of the respiratory system revealed the use of accessory muscles with bibasal fine crackles. Examination of the gastrointestinal and neurological systems was unremarkable.
Initial investigations revealed the following:

Chest x-ray: bilateral patchy infiltration
ECG: heart rate 130 bpm and sinus rhythm.
Urinalysis: Blood ++++, Protein +++, Leuc/Nitrites – negative, Glucose – negative
ABG on 15 L/min oxygen:

He was commenced on an IV infusion of normal saline, as well as Co-amoxiclav 625mg TDS, and quickly transferred to the Intensive Care Unit. He was cathetrized. A decision was made to institute immediate haemodialysis, for which preparations were being made.

Further investigations revealed the following:
Urine MCS: nil grown
Blood culture – interim results: nil grown

Transoesophageal echocardiogram: normal systolic function, valvular appearances and no vegetations seen

Given the likely underlying diagnosis, which of the following interventions is the next best step whilst awaiting haemodialysis?

7. A 56-year-old woman presents to the clinic for review following investigations and MDT discussion. She has chronic exertional dyspnoea and following a restrictive pattern detected on spirometry and changes on high-resolution CT scanning she has been diagnosed with idiopathic pulmonary fibrosis. What medication can be used to modify disease progression?

An 84-year-old nun presented to A&E 2 weeks after discharge from the hospital under the care of the cardiologists. Her presenting
complaint is one of feeling faint and dizzy and intermittently short of breath. She mentions that during her last admission she was started on digoxin because she had an irregular heart rate that was racing away. On discharge, she claims that she had no problems and only developed this dizziness in the past couple of days. Her drug history includes atenolol 100mg once daily. Her ECG today shows a rate of approximately 40 beats per minute with no association between P waves and QRS complexes. What is the next step in her management?

A 68-year-old man is being treated in a medical ward for an empyema. A chest drain was inserted under ultrasound guidance at the time of admission and antibiotics were started. Over the past few days, there have been significant volumes drained and the patient has been improving clinically. On the daily morning ward round, his chest drain is reviewed which is on suction. There is minimal drain output over the past 24 hours, and it is noted that the chest drain is bubbling. This bubbling is more significant when the patient is asked to cough.
What does this indicate?

A 52-year-old man has attended the emergency department with severe palpitations and breathlessness. He describes them as intermittent, lasting between 20 seconds and one minute, and self-resolving.
His past medical history includes myocardial infarction requiring stents, left ventricular systolic dysfunction, and type 2 diabetes mellitus. Electrolytes results are shown below:

10. Na+  142 mmol/L, K+ 3.8 mmol/L, Bicarbonate 24 mmol/L, Calcium 2.36 mmol/L, Phosphate 0.92 mmol/L, Mg 0.96 mmol/L

The most recent ECG is shown below.Whist in the department he describes a sudden recurrence of these palpitations. He denies chest pain and dizziness. HR 210 bpm, BP 125/75 mmHg, SaO2 98%, RR 32/minute, Temp 37 C.

A 36-year-old woman is investigated for lethargy, fever, cough and weight loss. She has been treated by her GP with five courses of antibiotics over the past six months for a combination of chest and sinus infections. Her symptoms, however, have continued unabated. Clinical examination is unremarkable other than some scattered crackles in the right base. She is apyrexial. Urine dipstick: blood ++, protein +.
Lung function tests and blood tests show the following:

Her chest x-ray is shown here:

What is the likely diagnosis?

A 55-year-old lady with severe asthma attends with two days of shortness of breath and chest tightness. She has a history of multiple exacerbations and was intubated three months ago for a severe exacerbation. She usually takes Montelukast, Beclometasone and Salbutamol.
On arrival, she is cyanosed and saturating at 92% in the air. There is accessory muscle use and she is not able to vocalise beyond groans. Her respiratory rate is 22/min and there is a quiet wheeze heard bilaterally in the chest. She has failed to respond to nebulisers, steroids and magnesium sulfate. She is planned for intubation and initiation of aminophylline.

What recording is essential when administering aminophylline?

13. A 45-year-old teacher was referred to the cardiologists after having been admitted with shortness of breath. Her past medical history consists of inflammatory bowel disease but no cardiac problems. On examination, her apex was located in the anterior axillary line in the sixth intercostal space. There were no peripheral signs of cardiovascular disease but on auscultation a fourth heart sound was audible. There were no murmurs. A bedside 2D echo showed a dilated heart with an ejection fraction of 20–25%. The likely cause of her dilated cardiomyopathy is:

A 64-year-old female was admitted to the hospital with a moderate-large sized embolic stroke. She had a history of diabetes and newly diagnosed atrial fibrillation (AF). Her blood pressure on admission was 165/90 mmHg with a heart rate of 95 beats per minute.
An MRI brain was performed 24 hours after admission which showed a moderate to a large area of infarction involving the anterior 2/3rd of the left middle cerebral artery territory without haemorrhagic transformation.
With regards to the management of her AF and stroke prevention, the most appropriate decision would be to commence which of the following?

A 62-year-old man is referred to the respiratory clinic by his GP. Having previously been well controlled, he has had four exacerbations of chronic obstructive pulmonary disease in the last 12 months. His forced expiratory volume in one second (FEV1) is 44% of the predicted normal. His inhaled medications include a long-acting muscarinic antagonist, a long-acting beta-2 agonist and an inhaled corticosteroid. He quit smoking five years previously. His six-minute walk distance is 100 m.
On examination, he is a barrel-shaped chest and there is mild wheeze heard bilaterally. The jugular venous pulse is not raised and there is no peripheral oedema.
What is the most appropriate next step in management?

A 45-year-old woman has a recent diagnosis of adenocarcinoma of the lung made at bronchoscopy 1 week ago. She presents to the emergency department acutely short of breath
with a non-productive cough. She has an ache in the centre of her chest that is made worse by
breathing in. She is apyrexial. Oxygen saturations are 91 % on 40 % oxygen. Respiratory rate is
30 breaths/min. Blood pressure (BP) is 100/65 mmHg and pulse is 110 beats/min.
Examination reveals decreased expansion of the right side with dullness to percussion
throughout the right side. Her trachea is deviated to the right and the apex beat is not
palpable. Breath sounds are reduced on the right. What is the most likely diagnosis?

17. A 79-year-old man presents with severe central chest pain which started around 90 minutes ago. He is known to have ischaemic heart disease and had a coronary artery bypass graft (CABG) five years ago. On arrival at the Emergency Department, he is clammy and vomiting. An ECG is taken:

What is the most accurate description of what is shown on this ECG?

A 53-year-old female patient presents to the outpatient clinic for her asthma review.
She has been admitted to the hospital three times in the last year with asthma exacerbations. Admission duration was 2-3 days in hospital but never required intubation or intensive care admission. This is on a background of multiple admissions to hospitals in previous years.
On review, she reports wheeze associated with dyspnoea on most days and this is usually triggered by exertion. There is a non-productive cough most mornings which settles throughout the course of the day. There is no history of allergic rhinitis, eczema or other medical problems. She is a life-long non-smoker.
Current asthma therapy is high dose inhaled fluticasone propionate plus salmeterol 2 puffs twice daily, prednisolone 10mg once daily and inhaled salbutamol as required. She has been taking regular prednisolone 10mg for the last eighteen months.
On examination, observations revealed a respiratory rate of 14/min, oxygen saturation of 98% on room air, heart rate 80/min regular, blood pressure 130/70 mmHg and a temperature of 36.8ºC. There is no clubbing, cervical lymphadenopathy or elevation of the jugular venous pressure. Auscultation of the chest revealed dual heart sounds with no murmurs and some mild expiratory wheeze in the upper zones. The calves were soft and non-tender, with no pedal oedema.
You had reviewed this patient during her most recent exacerbation and had arranged some outpatient tests, the results of which are shown below:

A 56-year-old man is being reviewed in the sleep clinic. He was initially referred by his GP for early morning headaches, somnolence during the day and a report of loud snoring by his wife. He underwent sleep polygraphy which showed 28 apnoeas and hypopneas per hour.
Previous medical history includes hypertension and hyperlipidaemia. His BMI is 33 kg/m². He is a non-smoker and drinks 6 units of alcohol a week. In the last month, he has lost 3 kg in weight. But states that his symptoms have shown little improvement so far.
What would be the next step in his management?

20. A 42-year-old man is referred due to increasing shortness of breath and frequent chest infections. He is a smoker and smokes a packet per day. When he was a child he used a salbutamol inhaler but stopped this around the age of 6-7 years. He also had a whooping cough as a child. Pulmonary function tests performed by his GP show the following:

FEV1 – 3.6 L (predicted 3.8 L)

FVC 4.3 L (predicted 4.5 L)

FEV1/FVC – 84% (normal > 75%)

On auscultation of his chest scattered crepitations are noted. His oxygen saturations are 96% on room air. A CT chest is requested:

What is the most likely diagnosis?