Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Should We Use PPAR Agonists to Reduce Cardiovascular Risk?

View through CrossRef
Trials of peroxisome proliferator‐activated receptor (PPAR) agonists have shown mixed results for cardiovascular prevention. Fibrates are PPAR‐α agonists that act primarily to improve dyslipidemia. Based on low‐ and high‐density lipoprotein cholesterol (LDL and HDL) effects, gemfibrozil may be of greater cardiovascular benefit than expected, fenofibrate performed about as expected, and bezafibrate performed worse than expected. Increases in both cardiovascular and noncardiovascular serious adverse events have been observed with some fibrates. Thiazolidinediones (TZDs) are PPAR‐γ agonists used to improve impaired glucose metabolism but also influence lipids. Pioglitazone reduces atherosclerotic events in diabetic subjects, but has no net cardiovascular benefit due to increased congestive heart failure risk. Rosiglitazone may increase the risk of atherosclerotic events, and has a net harmful effect on the cardiovascular system when congestive heart failure is included. The primary benefit of TZDs appears to be the prevention of diabetic microvascular complications. Dual PPAR‐α/γ agonists have had unacceptable adverse effects but more selective agents are in development. PPAR‐δ and pan‐agonists are also in development. It will be imperative to prove that future PPAR agonists not only prevent atherosclerotic events but also result in a net reduction on total cardiovascular events without significant noncardiovascular adverse effects with long‐term use.
Title: Should We Use PPAR Agonists to Reduce Cardiovascular Risk?
Description:
Trials of peroxisome proliferator‐activated receptor (PPAR) agonists have shown mixed results for cardiovascular prevention.
Fibrates are PPAR‐α agonists that act primarily to improve dyslipidemia.
Based on low‐ and high‐density lipoprotein cholesterol (LDL and HDL) effects, gemfibrozil may be of greater cardiovascular benefit than expected, fenofibrate performed about as expected, and bezafibrate performed worse than expected.
Increases in both cardiovascular and noncardiovascular serious adverse events have been observed with some fibrates.
Thiazolidinediones (TZDs) are PPAR‐γ agonists used to improve impaired glucose metabolism but also influence lipids.
Pioglitazone reduces atherosclerotic events in diabetic subjects, but has no net cardiovascular benefit due to increased congestive heart failure risk.
Rosiglitazone may increase the risk of atherosclerotic events, and has a net harmful effect on the cardiovascular system when congestive heart failure is included.
The primary benefit of TZDs appears to be the prevention of diabetic microvascular complications.
Dual PPAR‐α/γ agonists have had unacceptable adverse effects but more selective agents are in development.
PPAR‐δ and pan‐agonists are also in development.
It will be imperative to prove that future PPAR agonists not only prevent atherosclerotic events but also result in a net reduction on total cardiovascular events without significant noncardiovascular adverse effects with long‐term use.

Related Results

Prostaglandin J2 causes dedifferentiation via PPAR‐gamma‐dependent pathway, but not COX‐2 expression in articular chondrocyte.
Prostaglandin J2 causes dedifferentiation via PPAR‐gamma‐dependent pathway, but not COX‐2 expression in articular chondrocyte.
The peroxisome proliferator‐activated receptors(PPARs) represent a family of nuclear receprtor ligand activated transcription factors that have been implicated in maintenance of li...
PPAR Ligands as Potential Modifiers of Breast Carcinoma Outcomes
PPAR Ligands as Potential Modifiers of Breast Carcinoma Outcomes
Chemically synthesized ligands for nuclear receptors of the PPAR family modulate a number of physiological functions, particularly insulin resistance in the context of energy homeo...
Pioglitazone Reduces Secondary Brain Damage after Experimental Brain Trauma by PPAR-γ-Independent Mechanisms
Pioglitazone Reduces Secondary Brain Damage after Experimental Brain Trauma by PPAR-γ-Independent Mechanisms
Inflammatory and ischemic processes contribute to the development of secondary brain damage after mechanical brain injury. Recent data suggest that thiazolidinediones (TZDs), a cla...
Ozone autohemotherapy elevates PPAR-γ expression to lower blood lipid in treatment for psoriasis
Ozone autohemotherapy elevates PPAR-γ expression to lower blood lipid in treatment for psoriasis
Abstract Background: Psoriasis is widely accepted as a metabolic syndrome with significantly abnormal lipid metabolism and high blood lipids keep patients in a persistent l...

Back to Top