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50 Cards in this Set

  • Front
  • Back
Activated by corneal esterases.
travoprost, latanoprost, dipivefrin.
23-33% IOP reduction
prostaglandins
exacerbates herpes, CME and uveitis
prostaglandins
cardioselective (B1)
Betaxolol (Betopic S)
removing from this drug class can exacerbate hyperthyroidism
Beta blockers
MG may be aggravated by this drug class
beta blockers
can reduce HDL and increase cholesterol levels
topical b-blockers
can't give if hx of asthma
beta blockers
inhibits cAMP in ciliary epithelium
beta blockers
20-50% IOP reduction
beta blockers
use 2-3 x / day
CAIs, alphagan
14-17% IOP reduction
CAIs
monitor K+ levels
CAIs
decreses aqueous formation by direct antagonist activity on ciliary epithelial carbonic anhydrease and producing a generalized acidosis.
CAIs
what percent ciliary epithelial enzyme must be abolised for CAIs to work?
90%
SE: paresthesias, loss of energy, anorexia
CAIs
loss of water
CAIs
abdominal discomfort, diarrhea, loss of libido, impotence, bad taste, mental depression, kidney stones, cross sensitivity with sulfa, aplastic anemia
CAIs
increase TM and uveoscleral outflow
nonselective adrenergic agonists, Lumigan
fast IOP reduction, but wears off in 2-6 hours
CAIs
IOP drop 10-20%
nonselective adrenergic agonists
adrenochrome deposits from oxidized metabolits in the conj, cornea and lacrimal system
nonselective adrenergic agonists
can cause dilation, VC, eyelid retraction
nonselective adrenergic agonists
allergic blephroconjunctivitis 50-60% of the time
nonselective adrenergic agonists
CME in aphakics and pseudophakics
nonselective adrenergic agonists
prevents release of norepi at nerve terminals, decreasing aqueous production as well as episcleral pressure and improves TM outflow
apraclonidine
used pre/post op to lower acute HOP
apraclonidine
decreases aqueous production and increases aqueous outflow
alphagan
use 2-3x/day, peak reduction of 25% in 2 hours
alphagan
dry mouth, caution in raynaud's, high CNS penetration
alpha 2 selective
caution with MAOIs and Tricyclic antidepressants
alpha 2 agonists
avoid in kids and Down's
alpha 2 agonists
18% somnolence, hypotension, seizures, apnea and neurotransmitter damage due to what drug?
alpha 2 selective agonists
don't give what drugs in inflamed eye?
pilocarpine and prostaglandins
most direct acting parasympathomimetic
pilocarpine
use 1 or 2% 3-4x/day or gel 1x at night
pilocarpine
prep pts for PI or flatten iris for laser sx
pilocarpine
both direct and indirect acting parasympathomimetic
carbechol
only indirect acting parasympathomimetic
echothiophate iodid
reduces IOP by contracting longitudinal ciliary m. thus pulling TM tight increasing outflow
parasympathomimetics
15-20% IOP reduction
parasympathomimetics
if pt has little TM outflow, using this type of drug can actually increase IOP
parasympathomimetics
possible retinal detachments, myopia/accommodation, brow ache, reduced contrast sensitivity and acuity
parasympathomimetics
iris pigment epithelial cysts
parasympathomimetics
SLUDD
parasympathomimetics
should be given to diabetics instead of oral glycerin
isosobide
can metabolize into sugar and ketone bodies causeing hyperglycemia or ketoacidosis in diabetes
oral glycerin
systemic increase in blood osmolarity causes water shift to occur from the vitreous, reducing IOP
hyperosmotic agents
headache and mental confusion
hyperosmotic agents
bachache, acute congestive heart failure, MI, brain hemes
hyperosmotic agents