a. Reverse trendelenburg, right side up
b. Reverse trendelenburg left side up
c. Reverse trendelenburg, neutral
d. Trendelenburg right side up
e. Trendeleburg left side up
A. Reverse Trendelenburg, right side up
CEACCP - Gas embolism in anaesthesia (2002)
Treatment goals:
Preventing further air entry:
Reducing the size of the embolus:
Overcoming the mechanical obstruction
- The left lateral decubitus position described by Durant may help overcome the airlock within the RV by positioning it superior to the RVOT. The Trendelenburg position has a similar effect
a. Alopecia
b. Hypertension
c. Renal impairment
d. Gum hyperplasia
A. Alopecia
a. 6 hours
b. 14 hours
c. 24 hours
d. 7 days
A. 6 hours
although not clinically relevant given irreversible effect on platelet function
a. Same dose
b. Double
c. Quadruple
d. Six times
D. Six times
ARC 2010
endotracheal administration of some medications is possible, although the absorption is variable and plasma concentrations are substantially lower than those achieved when the same drug is given by the intravenous route (increase in dose 3-10 times may be required).
Neonatal formulary
Tracheal administration is of doubtful efficacy and should only be tried if IV access is unavailable - a higher dose (50 to 100 microgram/kg) is suggested.
EV14 What splitting ratio gives a 3% concentration of isoflurane?
a. 1/5
b. 1/9
c. 1/13
d. 1/20
e. 1/23
C. 1/13
a. Bacterial infection
b. TRALI
c. ABO incompatibility
d. ?
e.
B. TRALI
Blood journal:
Today, the leading causes of allogeneic blood transfusion (ABT)–related mortality in the United States—in the order of reported number of deaths—are transfusion-related acute lung injury (TRALI), ABO and non-ABO hemolytic transfusion reactions (HTRs), and transfusion-associated sepsis (TAS).
a. Age
b. Gender
c. Diabetes
d. Heart failure
e. Previous TIA
B. Gender
a. 1:3
b. 1:5
c. 2:15
d. 2:30
A. 1:3
a. Greater palatine and nasopalatine nerves
A. Greater palatine and nasopalatine nerves
a. Foreign body visible in front of airway
b. Hyper-expanded hemithorax
c. Collapse
B. Hyper-expanded hemithorax
Sims and Johnson:
Air trapping with hyperinflation might be seen on expiratory film due to a ‘ball valve effect’, but while this is classical, it is not common.
a. 21
b. 23
c. 25
d. 27
e. 29
D. 27 cm
Tube tip should be 5 cm above carina. Average distance at the lips in an adult male is 22 cm.
a. Pink
b. Yellow
c. Brown
d. Red
e. Blue
C. Brown
a. 15
b. 20
c. 25
d. 40
e. 45
D. 40 mL
Size 3 - 20 mL
Size 4 - 30 mL
Size 5 - 40 mL
a. 2cm distal to the left subclavian
b. 2 cm proximal to the left subclavian
c. 2cm proximal to the renal artery
d. 2 cm distal to the renal artery
A. 2 cm distal to the left subclavian artery
a. 240
b. 800
c. 960
C. 960 mg (16 mg/kg)
IC67 In a penetrating chest injury what part of the heart is most likely to be injured
a. Left ventricle
b. Right ventricle
c. Right coronary artery
d. Right atrium
e. Sinus node
B. Right ventricle
a. 6
b. 8
c. 10
d. 12
e. 14
D. 12 mL/kg
A. Aortic regurgitation
B. Aortic stenosis
A. Aortic regurgitation
a. Stimulate and dry
b. Positive pressure ventilation
c. Suction the trachea
C. Suction the trachea
suction from mouth and pharynx then CPAP, or intubate then suction from trachea
a. Primary events mediated by the NMDA receptor
b. Alterations in gene expression
c. Increased magnesium
B. Alterations in gene expression
Central sensitization represents an enhancement in the function of neurons and circuits in nociceptive pathways caused by increases in membrane excitability and synaptic efficacy as well as to reduced inhibition and is a manifestation of the remarkable plasticity of the somatosensory nervous system in response to activity, inflammation, and neural injury. The net effect of central sensitization is to recruit previously subthreshold synaptic inputs to nociceptive neurons, generating an increased or augmented action potential output: a state of facilitation, potentiation, augmentation, or amplification. Central sensitization is responsible for many of the temporal, spatial, and threshold changes in pain sensibility in acute and chronic clinical pain settings and exemplifies the fundamental contribution of the central nervous system to the generation of pain hypersensitivity. Because central sensitization results from changes in the properties of neurons in the central nervous system, the pain is no longer coupled, as acute nociceptive pain is, to the presence, intensity, or duration of noxious peripheral stimuli. Instead, central sensitization produces pain hypersensitivity by changing the sensory response elicited by normal inputs, including those that usually evoke innocuous sensations.
a. 10-15ml/kg
b. 30ml/kg
B. 30 mL/kg (for FFP)
a. Raised Co2
b. Bradycardia
c. Vasodilation
d. Dyspnea
A. Raised CO2
a. HR
b. Saturation
c. Respiratory rate
d. Urine output
C. Respiratory rate
The Revised Trauma Score is made up of a three categories: Glasgow Coma Scale, Systolic blood pressure, and respiratory rate. The score range is 0-12. In START triage, a patient with an RTS score of 12 is labeled delayed, 11 is urgent, and 10-3 is immediate. Those who have an RTS below 3 are declared dead and should not receive certain care because they are highly unlikely to survive without a significant amount of resources.[citation needed]
a. Cost
b. Blood waste
c. Incompatible transfusion
d. Unrequired transfusion
C. Incompatible transfusion
CEACCP - Autologous blood transfusion (2006)
Controversies:
The evidence-base proving that cell salvage saves allogenic blood transfusion and is cost-effective is limited. A recent Cochrane review of 49 randomized controlled trials over a 24-yr period showed that the use of cell salvage reduced the rate of exposure to allogenic blood transfusion by 40%. It did not adversely affect mortality or complications such as bleeding, infection, myocardial infarction, thrombosis and stroke. The review concluded that better quality research specifically designed to assess the cost-effectiveness of cell salvage across a range of surgical procedures is required.
In surgery for malignancy there is concern because of potential systemic dissemination of tumour cells from salvaged blood. Malignant cells may be removed by filtration and further reductions achieved by irradiation. This remains an area of much research. The use of cell salvage during caesarean section remains controversial because of concerns regarding amniotic fluid embolism and rhesus sensitisation resulting from reinfusion of foetal cells in salvaged blood. There are a small number of studies indicating that it can be used without these complications, but larger safety studies are required.