Oxidative Stress in Dialysis Patients can Lead to Long-Term Health Problems
Apr 3, 2005 - 10:04:00 AM
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It is important to prevent reactive oxygen species production by improving the biocompatibility of the hemodialysis system.
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By The International Society for Hemodialysis,
[RxPG] An article published in Hemodialysis International discusses the role of oxidative stress (OS) in dialysis patients, an imbalance which can result in long-term health problems. Potential therapeutic options to restore balance in patients are also reviewed.
Oxidative stress, an imbalance between toxic compounds and defense mechanisms, and prevalent in the dialysis process, has been linked to numerous adverse complications in end-stage renal disease ( ESRD ) patients.
The imbalance is caused by the overproduction of reactive oxygen species ( ROS ), or toxic compounds, and lack of antioxidants to fight these toxins. In fact, the hemodialysis process can cause loss of these necessary antioxidants.
Many ESRD and hemodialysis patients are in a state of chronic inflammation induced by the dialysis process which further enhances oxidative stress. This state is strongly associated with long-term complications such as cardiovascular disease, malnutrition, poor outcome and low survival.
It is important to prevent reactive oxygen species production by improving the biocompatibility of the hemodialysis system, states Dr. Jean-Paul Cristol, corresponding author.
Antioxidant supplementation and ROS modulation by specific or non-specific drugs, such as statins, are possible solutions outlined in the article.
Correction of OS imbalance appears to be a basic requisite to prevent complications in long-term dialysis patients and is a promising avenue of research.
Publication:
Hemodialysis International
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Additional information about the news article
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Jean-Paul Cristol, MD is Head of the Biochemistry Department atLapeyronie Universitary Hospital in Montpellier, France. His experience in this field includes characterization of oxidative stress during uremia and hemodialysis, modulation of reactive oxygen species production by statins, and involvement of oxidative stress in atherosclerosis including animal models and clinical studies.
Formerly, the journal was published three times a year and contained the Proceedings of the International Symposium on Hemodialysis held in conjunction with the Annual Dialysis Conference. Beginning in 2005, Hemodialysis International is published quarterly and contains original papers on clinical and experimental topics related to Hemodialysis. The Proceedings of the Annual Dialysis Conference are now published as a supplement to HI. Hemodialysis International is a must-have for Nephrologists, Nurses and Technicians worldwide. Quarterly issues of Hemodialysis International are included with the membership to the International Society for Hemodialysis ( ISHD ). The journal contains original articles, review articles, educational articles, commentary and latest news to keep readers completely updated in the field of hemodialysis. Edited by international and multidisciplinary experts, Hemodialysis International disseminates critical information in the field.
The International Society for Hemodialysis is an international and interdisciplinary society of nephrology physicians, critical care physicians, vascular surgeons, renal fellows, nurses, and other health professionals interested in Hemodialysis. Membership of the International Society for Hemodialysis is open to any individual who is interested in the field of hemodialysis. Patients, patients' relatives, technologists, social workers, dietitians, administrators, sales experts, nurses, scientists, journalists, physicians, industrialists, and philanthropists are all welcome. The Society can be joined on their website.
Blackwell Publishing is the world's leading society publisher, partnering with more than 600 academic and professional societies. Blackwell publishes over 750 journals and 600 text and reference books annually, across a wide range of academic, medical, and professional subjects.
Blackwell Publishing, Inc.
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USA
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