a. Superficial peroneal
b. Sural
c. Medial calcaneal
d. Deep peroneal
e. Saphenous
a. Superficial peroneal
1%
c. 30mL
AR
B - same as AS
c. Rocuronium
Hyperthermia in SS is mostly mediated by muscle hyperactivity, which renders paracetamol ineffective as a treatment. Mild hyperthermia can be treated with topical cooling and benzodiazepine sedation to decrease muscle activity. Severe uncontrolled hyperthermia (temperature >41.1°C) can lead to severe complications, such as rhabdomyolysis, metabolic acidosis, and disseminated intravascular coagulation. Aggressive treatment with sedation, ventilation, and neuromuscular block with non-depolarising agents is necessary to reduce muscle activity and control body temperature. Depolarising NMBAs, such as suxamethonium, should be avoided, as they can result in life-threatening hyperkalaemia brought about by rhabdomyolysis and metabolic acidosis.
a. Obturator
b. Accesory obturator
Obturator
a. Median
b. Radial
c. Ulnar
d. Axillary
e. Musculoskeletal
Radial
Thumb abduction
e. Withdraw ETT 1-2 cm
c. Mobitz II
A
a. Acute hemolytic anemia
a. Increased risk of systemic local anaesthetic toxicity due to immature hepatic metabolism
b. Increased risk of methæmoglobinaemia due to oxidative metabolites of prilocaine
c. Increased risk of skin infection due to impaired skin barrier
d. Increased risk of allergic contact dermatitis
e. Enhanced risk of apnea from systemic absorption of lidocaine
b. Increased risk of methæmoglobinaemia due to oxidative metabolites of prilocaine
a. 30 min
c. 90
a. A minimum 2-hour observation period with no meaningful response to stimuli (GCS 3)
b. Apnoea on an apnoea test
c. Absence of the corneal reflex
d. Absence of oculo-cephalic/vestibular reflexes
e. Core temperature > 35 °C
e. Core temperature > 35 °C
A man with a history of obesity and obstructive sleep apnoea has just had a transsphenoidal pituitary resection. Soon after extubation he is semi-conscious and is making a respiratory effort but has near complete upper airway obstruction with stridor. His arterial oxygen saturation is 93% and starting to fall. Your first actions should be to
Deepen with propofol and insert LMA
Insert Oropharyngeal airway and provided positive pressure ventilation
Insert Nasopharyngeal airway and provided positive pressure ventilation
Insert Nasopharyngeal airway and provide CPAP
Deepen with propofol and insert LMA
Where is the indicated lead located (pointing the thin lead with the white dots crossing to the left side of the heart)
LA
LV
RA
RV
Coronary sinus
Coronary sinus
a. Pre-operative opioid weaning
b. Prescription of non-opioid multimodal analgesia perioperatively
c. Avoidance of prolonged opioid prescriptions after discharge
d. Use of enhanced recovery after surgery (ERAS) protocols with opioid-sparing techniques
e. Regional anaesthesia and nerve blocks
e. Regional anaesthesia and nerve blocks
Which of the following improves blood sugar by increasing renal excretion of glucose
Biguanides
Sulphonylureas
GLP1 antagonist
SGLT2 inhibitors
DPP4 inhibitors
SGLT2 inhibitors
Initial dose of adrenaline for a child with grade 2 (moderate) anaphylaxis
0.1 microg/kg
0.5 microg/kg
1 microg/kg
2 microg/kg
4 microg/kg
2 microg/kg
Minimum weight for an iGel LMA
1kg
2kg
3kg
5kg
10kg
2kg