Bmj misc
title: Misc BMJ Question Facts tags: #FFICM notebook: 🌑-FFICM type: inprogress
source: bmj on examination
| Flashcard | type:basic |
|---|---|
| What is the brand name for epoprostenol? | Flolan |
| What is the brand name for prostacyclin? | Flolan |
| What is the other generic name for epoprostanol? | Prostacyclin |
| What is the other generic name for Prostacyclin? | Epoprostanol |
| What are the two generic names for Flolan? | Epoprostanol and Prostacyclin |
| How might you use prostacyclin in RRT? | As an "anticoagulant" that inhibits platelets |
| What part of the clotting cascade does prostacyclin act on? | It inhibits platelets |
| In the context of pulm hypertension drugs, what is the half life of prostacyclin? | Around 40 seconds |
| In the context of pulm hypertension drugs, what is the half life of epoprostanol? | Around 40 seconds |
| In the context of pulm hypertension drugs, what is the half life of flolan? | Around 40 seconds |
| Does aspirin act temporarily or permenently on platelets? | Permenantly |
| Does clopidogrel act temporarily or permenently on platelets? | Permenantly |
| What is paclitaxel used for? | It's the drug in drug eluding stents |
| What's the class of drug of tirofiban? | It's a glycoprotein IIb/IIIa inhibitor |
| Is tirofiban given IV or orally in ACS? | IV |
| Is tirofiban given as an IV bolus or infusion in ACS? | IV infusion |
| Whilst renal function is allowed to go down a little bit after introducing an ACEi, what is the big pathology you don't want to miss if it goes down by loads? | Renal Artery Stenosis |
| What is the best compromise way to detect renal artery stenosis (sensitive test without nasty contrast)? | MR Angiography |
| Whats the best way to detect renal artery stenosis if you aren't fussed about giving nephrotoxic contrast? | Percutaneous Angiography |
| Are B cells part of the Cell Mediated or Humoral Immune Response? | Humoral |
| Are T cells part of the Cell Mediated or Humoral Immune Response? | Humoral |
| What types of chains make up antibodies? | Heavy and Light |
| How many heavy and light chains are there in each antibody? | Two heavy Two light |
| How high is the mortality risk in the first three months following PE? | 15% + |
| When using a thermodilution technique for cardiac output measurement, what part of the graph do we look at to assess cardiac output? | Area Under The Curve of Temperature Change |
| How quickly should you inject cold water in a thermodilution technique? | Less than 4 seconds |
| Will injecting too little cold water over estimate or underestimate cardiac output? | Over Estimate |
| In venous drainage of the pharynx, what does the pharyngeal plexus drain into? | The internal jugular vein |
| In venous drainage of the pharynx, does the pharyngeal plexus drain into the internal jugular vein? | Yes |
| In venous drainage of the pharynx, does the pharyngeal plexus drain into the external jugular vein? | No |
| In venous drainage of the pharynx, what structure drains into the internal jugular vein? | The pharyngeal plexus |
| How many layers are in the pharynx wall? | 4 |
| What ratio counts as a low hepatic extraction ratio? | Less than 0.3 |
| What is the genetic inheritance of rapid acetylator status? | Autosomal Dominant |
| What is the genetic inheritance of slow acetylator status? | Autosomal Recessive |
| What is the difference in genetic inheritance between rapid and slow acetylator status for drugs? | Rapid is Autosomal Dominant, Slow is Autosomal Recessive |
| What is the normal value for mixed venous oxygen content (and units) | 12-17mL/dl |
| What equation do you use "Huffner's Constant" in? | Calculating Mixed Venous Oxygen Content |
| When calculating mixed venous oxygen content, what is the numerical value for Huffners constant? | 1.34 |
| Which is more common in causing infective endocarditis? Strep Viridans or Staph Aureus? | Staph Aureus |
| What is the cardiac arrest dose of adrenaline in children? | 10 micro / kg |
| What curve describes a "first order, single compartment" elimination model? | Negative Exponential Curve |
| Can you give steroids to treat Guillain Barre? | No! They don't do any good! |
| In anaphlyaxis, when do mast cell tryptase levels peak? | One to Two Hours |
| In anaphlyaxis, when do mast cell tryptase levels start to rise? | After 30 minutes |
| In anaphlyaxis, what is the half life of mast cell tryptase? | Two Hours |
| In anaphlyaxis, when might mast cell tryptase levels be back to normal? | Within 8 hours |
| In diabetes management, what is the mechanism of action of alpha glucosidase inhibitors? | Slows down digestion of starch in intestine |
| In diabetes management, what is the class of drugs that slows down digestion of starch in small intestine? | Alpha glucosidase inhibitors |
| What is the normal cerebral blood flow, in ml/100g/minute? | Around 50 |
| What is the normal carotid body blood flow, in ml/100g/minute? | Around 2000 |
| In acute bleeding, what do you give cryoprecipitate for? | Increase fibrinogen |
| In acute bleeding, how do you increase fibrinogen levels? | Give cryoprecipitate |
| What counts as a VERY low level of fibrinogen in acute bleeding? | Less than 0.5g/L |
| What counts as a low level of fibrinogen in acute bleeding? | Less than 1g/L |
| In acute bleeding, what should you target your fibrinogen levels at? | Greater than 1g/L |
| In acute bleeding, what do you give FFP for? | To bring down APTT/PT |
| In acute bleeding, how would you bring down APTT or PT? | Give FFP |
| In acute bleeding, what APTT or PT counts as too high, and should be brought down? | If greater than 1.5x the mean |
Now for some cloze questions:
| Flashcard | type:cloze |
|---|---|
| The {{c1::specific heat capacity::term}} of a substance is the amount of {{c2::energy::something}} needed to change the {{c2::temperature::something}} of {{c3::1kg::amount}} of substance by {{c2::1C::amount}} | |
| The {{c1::energy needed to heat an object (E)::term and symbol}} is calculated by the {{c2::mass of the object (m)::term and symbol}} times the {{c3::specific heat capacity of the substance (c)::term and symbol}} times the {{c4::temperature change wanted (θ)::term and symbol}} | |
| {{c1::Mixed venous oxygen content (CvO2)::term and symbol}} is the amount of {{c2::oxygen carried by 100ml of mixed venous blood::definition}} | |
| {{c1::Mixed Venous Oxygen Content (CvO2)::term and symbol}} is calculated by ( {{c2::1.34 times haemoglobin (g/dl)::first bit of equation}} times {{c3::mixed venous O2 sats (SvO2) times 0.01::second bit of equation}} ) plus ( {{c4::PaO2 x PvO2::final bit of equation}} ) |