Answer to Question 1
1, 2, 3, 5
Rationale 1: Beta-adrenergic blockers, alpha2-adrenergic agents, carbonic anhydraseinhibitors, and osmotic diuretics are drug classes that decrease the formation of aqueous humor.
Rationale 2: Beta-adrenergic blockers, alpha2-adrenergic agents, carbonic anhydraseinhibitors, and osmotic diuretics are drug classes that decrease the formation of aqueous humor.
Rationale 3: Beta-adrenergic blockers, alpha2-adrenergic agents, carbonic anhydraseinhibitors, and osmotic diuretics are drug classes that decrease the formation of aqueous humor.
Rationale 4: Prostaglandins increase the outflow of aqueous humor.
Rationale 5: Beta-adrenergic blockers, alpha2-adrenergic agents, carbonic anhydraseinhibitors, and osmotic diuretics are drug classes that decrease the formation of aqueous humor.
Global Rationale: Beta-adrenergic blockers, alpha2-adrenergic agents, carbonic anhydraseinhibitors, and osmotic diuretics are drug classes that decrease the formation of aqueous humor. Prostaglandins increase the outflow of aqueous humor.
Answer to Question 2
1, 2, 3,
Rationale 1: Drugs increasing the outflow of aqueous humor include miotics, sympathomimetics, and prostaglandins.
Rationale 2: Drugs increasing the outflow of aqueous humor include miotics, sympathomimetics, and prostaglandins.
Rationale 3: Drugs increasing the outflow of aqueous humor include miotics, sympathomimetics, and prostaglandins.
Rationale 4: Beta blockers do not decrease the formation of aqueous humor.
Rationale 5:Calcium channel blockers do not decrease the formation of aqueous humor.
Global Rationale: Drugs increasing the outflow of aqueous humor include miotics, sympathomimetics, and prostaglandins.
Reactions 1 through 4 are necessary for the formation of each peptide bond.
The Hippocampal Formation and Long-Term Potentiation
Formation of an Occluded Front
Formation of P1 and F1 gametes in a trihybrid
Results of gamete formation
Eye formation on the antenna