Drugs deck Flashcards
lidocaine
local anaesthetic
prilocaine
local anaesthetic
bupivicaine
local anaesthetic
amoxycillin
antibiotic
clindamycin
dental go-to antibiotic
acyclovir
antiviral drug used topically or systemically
nystatin
topical anti fungal
fluconazole
systemic orally administered anti fugal
NSAID’s
non-steroidal anti-inflammatory drugs which reduce the inflammatory mediators
corticosteroids
anti-inflammatory drugs which reduce the inflammatory process
paracetamol
anti-pyretic analgesic
diclofenac
NSAID used to prevent the formation of COX1 and COX2 in the cyclo-oxygenase pathway to prevent the formation of prostaglandins
arachidonic acid
inhibits cyclo-ocygenase pathway if not formed, to prevent the formation of prostaglandin
aspirin
NSAID used to inhibit COX1 pathway and thus reduce inflammatory mediators
- anti platelet by causing an irreversible change to the platelet to prevent aggregation
ibuprofen
NSAID with similar but less potent action than aspirin (COX1 pathway)
dexamethasone
systemic corticosteroid to reduce inflammatory pathway after surgery
hydrocortisone cream
corticosteroid cream (topical) to reduce inflammatory pathway in eczema patients
benzodiazepine midazolam
anxiolytic
nitrous oxide
anxiolytic gas
GTN
spray absorbed trans-mucosally to treat angina attacks
glucagon
treats diabetic hypo’s
diprymadole
antiplatelet
- inhibits the platelet phosphodiesterase to prevent coagulation
warfarin
anti-coagulant
- inhibits the clotting factors that require vitamin K for synthesis
- monitored using the INR
apixaban
anticoagulant
clopidrogel
anti platelet that inhibits ADP induced platelet aggregation
statins
- coA reductase inhibitors
- inhibit cholesterol synthesis in the liver (helps atherosclerosis)
atenolol
beta 1 blocker
- blocks the effect of adrenaline on the heart
- makes the heart rate slower
propanolol
beta 1 and beta 2 blocker
- good for anxious patients
thiazide
diuretic to reduce fluid volume by increasing salt and decreasing water
loop diuretic
works on the loop of henle
nitrates
(GTN)
- dilate veins and resistance arteries to reduce preload and the cardiac workload
calcium channel blockers
treats hypertension as it blocks calcium channels in smooth muscles (cardiac muscle too) to reduce tension
ace inhibitors
- end in pril
- inhibits the conversion of angiotensin 1 to angiotensin 2
- therefore reducing the effect of the vasoconstrictor and the BP
elanapril
ace inhibitor to reduce BP
bronchodilators
ensure airways stay open to increase ventilation in the alveoli
- beta 2 agonist (dilator)
- anticholinergic (prevents muscle constriction)
chromoglycate
prevents mast cell degranulation in asthma
- leukotriene receptors antagonists which leads to airway narrowing
opioids and benzodiazepines
slow down breathing
theophylline
respiratory stimulant
- helps in gas exchange problems to stimulate respiratory drive
meter dose inhaler
- produces high velocity suspensions of the bronchodilator
ipratropium (grey inhaler)
inhibits the muscarininc nerve transmission in autonomic nerves to dilate the bronchi and decrease mucus secretion
anticholinergic
leukotriene inhibitors
prevent inflammatory triggers from firing but inhibits leukotriene
fluticasone
inhaled steroid
beta-adrenergic agonists
- relax bronchial smooth muscle to reduce bronchoconstriction and resting bronchial tone to act as a protective measure against asthma
pancreatic enzymes
given to patients with CF to help digest fats
Dnase
breaks down mucus
- helpful in CF patients
ACE inhibitors
prevent the conversion of angiotensin 1 to 2
- therefore lowers BP and prevents reabsorption of salt and water in the kidneys
- prevents vasoconstriction
- enalapril, (anything ending in “-pril”)
acyclovir
antiviral
- helps to treat herpes infections
adrenaline
beta blocker
- activates the sympathetic nervous system
- fight or flight
- increases vasoconstriction, bronchial constriction, heart rate
amoxycillin
antibiotic
- penicillin based
- treating UTI’s and other minor bacterial infections
analgesic
anything to relieve pain
- NSAIDs, paracetamol, aspirin, cocodamol, morphine
antacids
- eliminate stomach acid
- alkaline based
anti-cholinergic
bronchodilators
- beta agonist
- inhibit nerve transmission in smooth muscles