A 56 year old male attends his GP 2 weeks post MI. His BMI is 22.8 and his cholesterol is high. What is the most effective dietary advice for secondary prevention of cardiovascular disease?
A. aim to reduce body weight by 5-10%
B. Increase intake of omega 3 fatty acids
C. Increase intake of trans fatty acids
D. Omit foods containing cholesterol such as eggs and prawns
E. Take a supplement containing anti-oxidant vitamins
B. increase omega 3 fatty acids
Select one anatomical term that best fits the following descriptions:
A. Azygous vein B. Brachiocephalic vein C. common iliac vein D. Gonadal Vein E. Hepatic portal vein F. Hepatic vein G. Inferior vena cava H. Internal jugular vein I. Internal thoracic vein J. Pulmonary vein
A woman is known to carry a mutation in the factor VIII gene that causes X linked haemophilia. She has experienced haemorrhage following surgery. Select the most likely mechanism from the options below:
A. an X-autosome translocation causing skewed X-inactivation
B. A coincidental mutation in the X-inactivation centre
C. Normal X-inactivation
D. She has a second mutation on her paternally inherited X chromosome
E. She also has Turner syndrome
C. Normal X-inactivation
What type of shock is this? A 60 year old who been self medicating with diclofenac for back pain. He describes his stool as black and now feels dizzy on standing. A. Cardiogenic shock B. Hypovolaemic shock C. Anaphylactic shock D. Septic shock E. Neurogenic shock
B. Hypovolaemic shock due to GI blood loss
A 56 year old non-smoking female with rheumatoid disease is breathless on exertion walking 200yds on flat ground, has finger clubbing and a CXR shows shrunken lungs with bilateral infiltrates. What is the most likely finding on spirometry?
A. low FEV1, low FVC, low FEV1/FVC, low PEF
B. low FEV1, low FVC, normal FEV1/FVC, normal PEF
C. low FEV1, low FVC, love FEV1/FVC, normal PEF
D. low FEV1, normal FVC, low FEV1/FVC, low PEF
E. low FEV1, normal FVC, normal FEV1/FVC, low PEF
B. low FEV1, low FVC, normal FEV1/FVC, normal PEF
Restrictive pattern with no obstruction to airflow
For each of the following laboratory investigations used to aid the diagnosis of different diseases that are describes, select the option that best fits from the list below:
A. IgM antibody detection B. Light microscopy C. IgG antibody detection D. PCR E. Immunophenotyping F. Cytogenic analysis G. Cytochemistry H. MRI I. CT J. Scintigraphy
2. E immunophenotyping
Which of the following statements is correct about resistance to blood flow in the CVS?
A. It is directly proportional to the radius of the blood vessel to the power of 4
B. It is inversely proportional to the viscosity of the blood
C. It is inversely proportional to the radius of the blood vessel to the power of 4
D. It is inversely proportional to the length of the blood vessel
E. It is not affected by the length of the blood vessel
C. It is inversely proportional to the radius of the blood vessel to the power of 4.
Which of the following statements is true regarding haemoglobin?
A. Haemoglobin is a tetramer
B. All oxygen is transported bound to haemoglobin
C. The life-span of an erythrocyte is normally 50 days
D. Carbon dioxide does not bind to haemoglobin
E. Oxygen has a greater affinity for haemoglobin than carbon monoxide.
A. Hb is a tetramer
During single rescuer cardiopulmonary resuscitation the rescuer should palpate the patient’s pulse to determine return of effective heart beat:
A. After every 10 breaths
B. After one minute of cardiopulmonary resuscitation
C. After five minutes of cardiopulmonary resuscitation
D. Only if the patient responds with purposeful movement
E. Never check a pulse
D. only if the patient responds with purposeful movement
The germ layers are formed during which stage of embryogenesis? A. Cleavage B. Fertilisation C. Gastrulation D. Morphogenesis E. Organogenesis
C. Gastrulation
For each of the following patients presenting with iron deficiency anaemia which test is the best to perform?
A. Ba enema B. Gastroscopy C. Colonoscopy D. Flexible sigmoidoscopy E. CT colonography F. Tissue transglutaminase G. Labelled red scan H. Capsule endoscopy I. Distal duodenal biopsy J. Glycocholate breath test
2. B Gastroscopy
A 62 year old woman has collapsed twice recently. Each time she lost consciousness but recovered quickly. She also complains of breathlessness on exertion. On examination her BP is 108/90 and she has an ejection systolic murmur. Which valvular abnormality is this patient most likely to have? A. Aortic regurgitation B. Aortic stenosis C. Mitral regurgitation D. Mitral stenosis E. Tricuspid regurgitation
B. Aortic stenosis
A 52 year old man is admitted to coronary care unit with chest pain. He is immediately managed with aspirin and sublingual glyceryl trinitrate. IV access is obtained and blood are taken. ECG shows ST elevation in leads V2-5. What is the most likely site of the infarct? A. anterior B. Anteroseptal C. Anterolateral D. Inferior E. Posterior
A. anterior
Which one of the following anthropometric measurements is the best predictor of cardiovascular risk? A. hand grip dynamometry B. mid upper arm circumference C. Ulna length D. Triceps skinfold thickness E. Waist circumference
E. waist circumference
Which of the following is the most likely pathology from the options below?
A. Plaque formation and inflammation of the central nervous system
B. Uncontrolled proliferation of epithelial cells in upper 2/3 of oesophagus
C. Metaplasia of squamous epithelium to columnar epithelium
D. Uncontrolled proliferation of epithelial cells in large airways of the lung
E. Constricted lower oesophageal sphincter
F. Uncontrolled proliferation of mucous glands in lower 1/3 of oesophagus
G. Uncontrolled proliferation of mucous gland cells in upper 2/3 oesophagus
H. Scar tissue leading to stricture formation
I. Gastric acid erosion of the gastric mucosa
J. Uncontrolled proliferation of epithelial cells in lower 1/3 of oesophagus.
Systolic BP is recorded at the time of appearance of: A. Korotkoff 1st sound B. Korotkoff 2nd sound C. Korotkoff 3rd sound D. Korotkoff 4th sound E. Korotkoff 5th sound
A 1st sound
Which of the following will cause left shift of the oxyhaemoglobin dissociation curve: A. Hyperthermia B. Hypercapnia C. Reduced 2,3 DPG D. Sickle cell disease E. Acidosis
C. Reduced 2, 3 DPG
For each of the scenarios select the most likely diagnosis from the options below:
A. aortic regurgitation B. Aortic stenosis C. Mitral regurgitation D. Mitral stenosis E. Pulmonary regurgitation F. Pulmonary stenosis G. Tricuspid regurgitation H. Tricuspid stenosis I. VSD J. PDA
A 25yo professional footballer collapses during a match complaining of severe chest pain and SOB. Despite resuscitation attempts he dies on the way to hospital. He is a non-smoker, has no medical history and no family history of CV disease. What is the most likely cause of sudden death? A. WPW syndrom B. MI C. AF D. Hypertrophic cardiomyopathy E. Pulmonary embolism
D. hypertrophic cardiomyopathy
Anti microbial protein(s) secreted by epitheilial cells at mucosal surfaces: A. defensin B. myeloperoxidase C. Lectin D. Immunoglobulin E. Secretin
A. defensin
For each scenario select the most appropriate answer from the options below:
A. airway remodelling and irreversible airway obstruction
B. Enhanced airway hyper-reactivity on bronchial challenge testing
C. reduced airway hyper-reactivity on bronchial challenge testing
D. beta 2 receptor up regulation and enhanced receptor coupling to G protein-adenylyl cyclase
E. beta 2 receptor down regulation and reduced receptor coupling to G protein-adenylyl cyclase
F. Increased pulmonary vascular resistance and RV afterload
G. Reduced pulmonary resistance and right ventricular afterload
H. alveolar cell hyperplasia
I. Alveolar cell desquamation
J. Alveolar wall fibrosis
The enzyme that transcribes genetic material is: A. ligase B. DNA polymerase C. RNA polymerase D. amino-acyl transferase E. DNA transcriptase
C. RNA polymerase
For the following scenarios select the assessment from the options below that would help you differentiate between the two conditions:
A. palpate trachea B. percuss chest C. Auscultate chest D. assess vocal resonance E. Measure peak flow F. measure oxygen saturations G. Measure respiratory rate F. look for finger clubbing I. perform spirometry J. Measure ABG
For the following scenarios select the most likely underlying pathology:
A. uncontrolled proliferation of epithelial cells in the large airways of the lung
B. Idiopathic inflammation of alveoli with thickening of the alveolar walls
C. V/Q mismatch due to blockage of a pulmonary artery
D. reversible airway obstruction and bronchospasm
E. inflammation of the mucous membrane of the nasal cavity
F. Non-caseating granuloma formation
G. hypotonia of LOS leading to acid reflux
H. Chronic airway obstruction with air trapping
I. Caseating granuloma formation
J. Inflammation of the larynx, trachea and large bronchi.