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A decreased therapeutic effect is not likely to occur because the combined effect of the two medications is greater than the effect of either medication alone.

No change in therapeutic effect is not likely to occur because the combined effect of the two medications is greater than the effect of either medication alone.

An increased risk of adverse effects can occur if the combined effect of the two medications results in excessive drug action.

An increased therapeutic effect is not likely to occur because the opposing actions of the two medications can cancel each other out.

No change in therapeutic effect is not likely to occur because the opposing actions of the two medications can cancel each other out.

An increased risk of adverse effects is not likely to occur because the opposing actions of the two medications can cancel each other out.

Drug-drug interactions are not directly related to a history of drug allergies.

Drug-disease interactions are not directly related to a history of drug allergies.

Drug-food interactions are not directly related to a history of drug allergies.

Increasing an agonist’s action will not occur as an antagonist will decrease an agonist’s action by competing for binding at the same receptor.

No change will not occur as an antagonist will decrease an agonist’s action by competing for binding at the same receptor.

Increasing the antagonist’s action will not occur as an antagonist will decrease an agonist’s action by competing for binding at the same receptor.

An increasing agonist’s action will not occur as an inverse agonist will decrease an agonist’s action by competing for binding at the same receptor and producing an opposite response.

No change will not occur as an inverse agonist will decrease an agonist’s action by competing for binding at the same receptor and producing an opposite response.

Increasing an inverse agonist’s action will not occur as an inverse agonist will decrease an agonist’s action by competing for binding at the same receptor and producing an opposite response.

An increasing agonist’s action will not occur as a partial agonist will decrease an agonist’s action by competing for binding at the same receptor and producing a submaximal response.

No change will not occur as a partial agonist will decrease an agonist’s action by competing for binding at the same receptor and producing a submaximal response.

Increasing a partial agonist’s action will not occur as a partial agonist will decrease an agonist’s action by competing for binding at the same receptor and producing a submaximal response.

Increasing an antagonist’s action will not occur as an antagonist will increase a partial agonist’s action by competing for binding at the same receptor and decreasing the basal activity.

Decreasing an antagonist’s action will not occur as an antagonist will increase a partial agonist’s action by competing for binding at the same receptor and decreasing the basal activity.

No change will not occur as an antagonist will increase a partial agonist’s action by competing for binding at the same receptor and decreasing the basal activity.

Increasing an inverse agonist’s action will not occur as an inverse agonist will increase a partial agonist’s action by competing for binding at the same receptor and decreasing the basal activity.

Decreasing an inverse agonist’s action will not occur as an inverse agonist will increase a partial agonist’s action by competing for binding at the same receptor and decreasing the basal activity.

No change will not occur as an inverse agonist will increase a partial agonist’s action by competing for binding at the same receptor and decreasing the basal activity.

Increasing antagonist action will not occur as both drugs decrease the basal activity of the receptor.

Decreasing the antagonist’s action will not occur as both drugs decrease the basal activity of the receptor.

Increasing inverse agonist action will not occur as both drugs decrease the basal activity of the receptor.

Additive effect will not occur as both drugs act on different receptors.

A synergistic effect will not occur as both drugs act on different receptors.

An antagonistic effect will not occur as both drugs act on different receptors.