A. The double insulation of the device will prevent macroshock when the outer casing is touched
B. The electrical fuse will immediately break and disconnect the device from the power supply
C. Equipotential earthing will prevent microshock
D. The Line Isolation Monitor will alarm and disconnect power to the device
E. The RCD will rapidly disconnect the device from the power supply
B. The electrical fuse will immediately break and disconnect the device from the power supply
A. Yellow B. Beige C. Pink D. Blue E. Red
C. Pink
3. PP102 An 8 year old 30kg girl presents for resection of a Wilms tumour. Her starting haematocrit is 35% and you decide that your trigger for transfusion will be 25%. The amount of blood that she will need to lose prior to transfusion is
A. 400mL B. 500mL C. 600mL D. 700mL E. 800mL
C. 600 mL
Miller:
Allowable blood loss = blood volume x (initial Hb - final Hb)/initial Hb
… or can substitute Hct for Hb
Blood volume = 70 mL/kg (2100 mL for 30 kg pt)
Allowable blood loss = 2100 x (35-25/35), = 600 mL
Stoelting has a slightly different formula, with the denominator being the average of initial Hb and final Hb –> using this formula you get 700 mL
A. Clonidine B. Indomethacin C. Magnesium D. Salbutamol E. Nifedipine
A. Clonidine - not tocolytic
Indomethacin is an appropriate (first-line) tocolytic for the pregnant patient in early preterm labor (up to 32/40)
A. Pethidine B. Diazepam C. Haematin D. Suxamethonium E. Pregabalin
A. Pethidine
Assume pt has had porphyric crisis.
This is a controversial question - different sources classify diazepam as safe and unsafe. The CEACCP article does not even mention diazepam.
Pethidine safe - although lowers seizure threshold, so probably not the best drug in this circumstance
Sux safe
Haematin = treatment for porphyria
A small minority of patients will experience chronic neuropathic pain, associated with an ongoing level of disease activity. Gabapentin, pregabalin, and amitryptilline are safe drugs to treat neuropathic pain
Unsafe drugs in porphyria:
A. Glycerol trinitrate B. Metoprolol C. Morphine D. Hydrochlorthiazide E. Salbutamol
B. Metoprolol
A. Arrange for a cardiology follow-up and outpatient angiogram because he is at increased risk of future mycocardial infarction
B. Arrange coronary angiogram as an inpatient prior to discharge
C. Inform the patient that while the result is real the significance is questionable
D. Repeat in a week’s time as a second troponin is a better indicator of long-term myocardial infarction risk
E. Ignore the result as it is likely a laboratory error
A. Arrange for cardiology follow-up and outpatient angiogram because he is at increased risk of future MI
Periop medicine short course
Metanalysis 2011 looking at vascular surgery patients found that an isolated troponin leak was strongly predictive of all-cause mortality at 30-days. The associated 30-day mortality in patients with no troponin elevation, an isolated troponin leak or PMI was 2.3%, 11.6% and 21.6%
Hence any patient with elevated perioperative troponin should be considered at risk for future adverse cardiac events.
A. Factor V Leiden B. Protein S deficiency C. Haemophilia B D. Antithrombin III deficiency E. Protein C deficiency
C. Haemophilia B
The others are prothrombotic conditions
Haemophilia B (or hemophilia B) is a blood clotting disorder caused by a mutation of the Factor IX gene, leading to a deficiency of Factor IX. It is the second most common form of haemophilia, rarer than haemophilia A. It is sometimes called Christmas disease
A. L1/2 B. L2/3 C. L3/4 D. L4/5 E. L5/S1
C. L3/4
Spinal cord ends at L3 in neonate
A. Dabigatran B. Heparin C. Warfarin D. Aspirin E. Clopidogrel
E. Clopidogrel
St John’s Wort induces CYP3A4:
A. facial, trigeminal, glossopharyngeal B. facial, trigeminal, vagus C. glossopharyngeal, trigeminal, vagus D. trigeminal, glossopharyngeal, vagus E. trigeminal, vagus, glossopharyngeal
D. Trigeminal, glossopharyngeal, vagus
A. Troponin B. ST-segment elevation C. Transoesophageal echocardiography D. Coronary Angiogram E. Electrocardiogram
C. TOE
A. Age B. History of hypertension C. History of CVA D. History of diabetes E. Time on Bypass
A. Age
‘ Post-op AF in the setting of coronary artery bypass graft surgery CABG has been associated with increases in health care costs estimated around $10000 per patient affected. Procedural risk factors of post-operative AF include valve surgery, pulmonary vein venting, bicaval venous cannulation, and longer cross-clamp times. Patient risk factors for post-op AF include male gender, renal dysfunction, congestive heart failure, and left atrial enlargement, the most powerful predictor, however, remains age.’
http://www.jafib.com/published/published.php?cont=abstract&id=482
A. Dexamethasone B. Prochloperazine C. Metoclopramide D. Droperidol E. Ondansetron
E. Ondansetron
Dex has already been used. All others are dopamine antagonists.
A. Cardiopulmonary bypass B. Nebulised salbutamol C. IV crystalloid D. IV vasopressin E. Subcutaneous adrenaline
E. subcutaneous adrenaline
Anaphylaxis during cardiac surgery: implications for clinicians A&A Feb 2008 vol 106 no 2 pp 392-403
All mentioned excepted E.
A. Class 1 B. Class 2 C. Class 3a D. Class 3b E. Class 4
B. Class 2
NYHA Classification
Class I: Symptoms with more than ordinary activity
Class II: Symptoms with ordinary activity
Class III: Symptoms with minimal activity
Class IIIa: No Dyspnea at rest
Class IIIb: Recent Dyspnea at rest
Class IV: Symptoms at rest
A. 90% B. 70% C. 50% D. 30% E. 10%
B. 70%
BJA 2003 Post dural puncture headache: pathogenesis, prevention and treatment
The largest follow‐up of post‐dural puncture headache is still that of Vandam and Dripps in 1956. They reported that 72% of headaches resolved within 7 days, and 87% had resolved in 6 months. The duration of the headache has remained unchanged since that reported in 1956.
Ninety per cent of headaches will occur within 3 days of the procedure, and 66% start within the first 48 h. Rarely, the headache develops between 5 and 14 days after the procedure.
18. Which piece of airway equipment is designed for use with a fibreoptic bronchoscope A. Aintree B. Cook’s airway exchange catheter C. Frova introducer D. ? E. ?
A. Aintree intubating catheter
A. Prolonged PR interval B. Prolonged QTc C. ST depression D. U wave E. Tented T-waves
B. Prolonged QTc
A. Allow equal time for chest compression and relaxation
B. Give 2 rescue breath before commencement of CPR
C. Chest compression at 100bpm
D. Chest compression should be at least 5cm depth
E. Chest compression to breath ratio at 30:2
B. Giving 2 rescue breaths before commencement of CPR
A. Anterior ischemia B. Inferior ischemia C. Lateral ischemia D. Atrial ischemia E. Posterior ischemia
B. Inferior ischaemia
The central subclavicular (CS5) lead is particularly well suited for the detection of anterior myocardial wall ischemia. The right arm (RA) electrode is placed under the right clavicle, the left arm (LA) electrode is placed in the V5 position, and the left leg electrode is in its usual position to serve as a ground.
Lead I is selected for detection of anterior wall ischemia, and lead II can be selected for monitoring inferior wall ischemia or for the detection of arrhythmias. If a unipolar precordial electrode is unavailable, this CS5 bipolar lead is the best and easiest alternative to a true V5 lead for monitoring myocardial ischemia.
Thys DM, Kaplan JA: The ECG in Anesthesia and Critical Care. New York, Churchill Livingstone, 1987.
A. Adrenaline B. Dobutamine C. Levosimenden D. Milrinone E. Vasopressin
E. Vasopressin
A. Right arm = Black; Left arm = White; Left leg = Red
B. Right arm = White; Left arm = Black; Left leg = Green
C. Right arm = Black; Left arm = Green; Left leg = Red
D. Right arm = White; Left arm = Black; Left leg = Red
E. Right arm = Red; Left arm = White; Left leg = Green
D. Whitey righty, smoke over fire
A. 1 B. 2 C. 3a D. 3b E. 4
D. 3b