Patient/caregiver was educated on the side-effects of using Epinephrine as follows: The side-effects of epinephrine vary widely, based on the dose and route of administration. Renal system side-effects Epinephrine use can result in narrowing of blood vessels in the renal system, contributing to reduced blood flow to the kidneys, decreased filtration by glomerulus, reduced urine formation and decreased urinary output. Low urine output due to epinephrine can result in increased fluid retention, which can lead [...]

Patient/caregiver was educated on the side-effects of using Epinephrine as follows: The side-effects of epinephrine vary widely, based on the dose and route of administration. General allergic reactions and constitutional side-effects Epinephrine use can result in general allergic reactions, such as, skin rashes, hives, and itching. Some patients can present with symptoms of severe allergic and anaphylactic response with epinephrine, such as, difficulty breathing, swelling of face, lips, throat, and tongue, with consequent difficulty breathing. [...]

Patient/caregiver was educated on how to take Epinephrine as follows: Take this medication as ordered by your physician. Do not change the dose on this medication without consulting your doctor. Epinephrine is mainly administered as a shot, via subcutaneous, intramuscular, and intravenous routes, for management of allergies, anaphylaxis, and cardiac stimulation. Epinephrine could be administered as a shot, directly into the heart muscle, to stimulate the heart, during emergencies situations, such as, cardiac arrest. Epinephrine [...]

Patient/caregiver was instructed upon therapeutic uses of epinephrine as follows: Epinephrine acts by interacting with alpha and beta receptors located in different body tissues, in various clinical conditions discussed below. The actions of epinephrine depend and vary widely based on the dose administered and the receptors activated. Exacerbation of asthma Beta-2 receptors are chiefly located in the smooth muscle of the respiratory tract and blood vessels. Stimulation of these receptors by epinephrine can result in [...]

Patient/caregiver was instructed upon therapeutic uses of epinephrine as follows: Epinephrine acts by interacting with alpha and beta receptors located in different body tissues, in various clinical conditions discussed below. The actions of epinephrine depend and vary widely based on the dose administered and the receptors activated. Hypotension Alpha-1 receptors are chiefly located in the smooth muscle of the blood vessels. Stimulation of these alpha-1 receptors by epinephrine results in vasoconstriction and increase in blood [...]