MODA Cardiovascular and Renal Pharmacology Human Specific - Statistics

General Stats
  • This quiz has been taken 6 times
  • The average score is 9 of 36
Answer Stats
Hint Answer % Correct
Anti-hypertensives Diuretic Furosemide
80%
Anti-dysrhythmics Gi coupled -> increased K-ATP Adenosine
40%
Reperfusion Injury Ischaemia creates ROS and AMP
40%
PCSK9 inhibitorPrevents recyling of LDL Familial Hypercholesterolaemia is LDLR mutation Evolocumab
40%
Angina Collateral VasodilatorLiver converts to mononitrate (induces NO production) Glyceryl trinitrate
40%
PCSK9 inhibitor (siRNA) Inclisiran
40%
Funny current blocker (via HCN) Ivabradine
40%
Calcium Blocker Verapamil
40%
calcium blocker verapamil
40%
False Transmitter, a2 agonist aMethylDOPA
20%
Atherosclerosis HMG-CoA Reductase inhibitorimpairs cholesterol synth ↑LDL uptake in liver Arvostatin
20%
beta blocker Atenolol
20%
beta antagonist atenolol
20%
Inhibits citrate production (needed +CoA to make cholesteol) Bempedoic Acid
20%
Fibrate - ↑lipoprotein lipase to release TAGs from VLDL to be absorbed by muscles Bezafibrate
20%
Cleaved twice to release a ___ type TF bHLH
20%
SCAP are chaperones
20%
Bile reabsorption inhibitor Cholestyramine
20%
a2 antagonist (Gi --> ↓NT Release) Clonidine
20%
Non-collateral vasodilator (diverts blood way from ischaemic region) Dipyridamole
20%
Inhibits intestinal cholesterol uptake (enterogepatic recirculation) Ezetimibe
20%
reduces hypertriglyceridaemia cia arachidonic acid replacement fish oil
20%
Sulphonylurea Glibenclamide
20%
Leaves ER to Golgi
20%
SREBP/SCAP Pathway on what gene INSIG
20%
which opens K-ATP
20%
Potassium Channel OpenerOpens K-ATP Hirsutism Severe Refractory Hypertension Minoxidil
20%
Imidazoline Receptor AgonistI1R is central GPCR -> ↑DAG + ArachAcid Moxonidine
20%
Which opens ____ in the mitochondria (close in ischaemia to prevent damage) MPTP
20%
Treat with ATP preservation drug or by opening K-ATP channels Nicorandil
20%
Stops liver TAG production and VLDL secretion + anticoagulative nicotinic acid
20%
Reverse Cholesterol Transport Pathway PPAR AgonistPPAR -> ↑Liver X Receptors -> ↑ABCA1 ->↑HDL Pioglitazone
20%
AMP leads to activation of PKC
20%
ACE Inhibitor Ramipril
20%
Late Na Current blocker, ↓NCX -> ↓Ca overload -> relaxation not impaired Ranolazine
20%
also treat with bypass or stents
20%
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