2000Blood PressureOpen access

Differences Among Angiotensin II Type 1 Receptor Blockers: Characteristics of Candesartan Cilexetil

Thomas A. Unger

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Abstract

Several angiotensin II type 1 (AT 1 ) receptor blockers are now available for the treatment of hypertension. Although the agents in this class all act by blocking the AT 1 -receptor, they differ in their pharmacokinetics and binding characteristics. One of the newest AT 1 -receptor blockers, candesartan cilexetil, is administered in an inactive form and is rapidly and completely converted to the active drug, candesartan, during gastrointestinal absorption. In vitro studies have shown that candesartan has the highest receptor affinity of all the available AT 1 -receptor blockers and is not displaced from the receptor by high concentrations of angiotensin II. The tight and long-lasting binding of candesartan to the AT 1 -receptor provides effective blockade of the negative cardiovascular effects of angiotensin II.

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Several angiotensin II type 1 (AT 1 ) receptor blockers are now available for the treatment of hypertension. Although the agents in this class all act by blocking the AT 1 -receptor, they differ in their pharmacokinetics and binding characteristics. One of the newest AT 1 -receptor blockers, candesartan cilexetil, is administered in an inactive form and is rapidly and completely converted to the active drug, candesartan, during gastrointestinal absorption. In vitro studies have shown that candesartan has the highest receptor affinity of all the available AT 1 -receptor blockers and is not displaced from the receptor by high concentrations of angiotensin II. The tight and long-lasting binding of candesartan to the AT 1 -receptor provides effective blockade of the negative cardiovascular effects of angiotensin II.

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Available abstract

Several angiotensin II type 1 (AT 1 ) receptor blockers are now available for the treatment of hypertension. Although the agents in this class all act by blocking the AT 1 -receptor, they differ in their pharmacokinetics and binding characteristics. One of the newest AT 1 -receptor blockers, candesartan cilexetil, is administered in an inactive form and is rapidly and completely converted to the active drug, candesartan, during gastrointestinal absorption. In vitro studies have shown that candesartan has the highest receptor affinity of all the available AT 1 -receptor blockers and is not displaced from the receptor by high concentrations of angiotensin II. The tight and long-lasting binding of candesartan to the AT 1 -receptor provides effective blockade of the negative cardiovascular effects of angiotensin II.

Key concepts: Candesartan, Angiotensin II receptor type 1, Medicine, Angiotensin II, Pharmacology, Receptor, Angiotensin receptor, Internal medicine

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