Advanced Glycation End Products in Nephrology

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Angela D'Angelo, Silvana Favaro, Giovanni Gambaro
Karger Medical and Scientific Publishers, Jan 1, 2001 - Medical - 147 pages
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The pathological role of advanced glycation end products (AGEs) and of oxidative-carbonylic stress is well known in the context of diabetes. Moreover, there is also strong evidence that they play a pivotal role in the pathogenesis of some chronic disorders related to uremia, and namely to cardiovascular complications and dialysis-related amyloidosis. They may even play a crucial role in the loss of function of the peritoneal membrane in patients on peritoneal dialysis, a problem which limits the duration of such a treatment.Written by some of the most authoritative European experts, this publication includes up-to-date contributions on AGEs as related to diabetic nephropathy, hemodialysis and, particularly, peritoneal dialysis. The topics covered range from basic research (e.g. novel pathogenic pathways triggered by AGEs) to clinical issues, including substitutive therapy in uremic diabetic patients as well as original and new results from a clinical trial on peritoneal dialysis with a new bag.This publication will be of interest to nephrologists as well as those working in the field of diabetes or otherwise involved in AGE research, giving an idea into what direction research in this complex field is going and which will probably be the major clinical breakthroughs in the near future.

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Chemistry and Pathobiology of Advanced Glycation End Products
AGE in Micro and Macroangiopathy
Diabetic Nephropathy and Advanced Glycation End Products
Hemodialysis Techniques and Advanced Glycation End Products
Diabetic Uraemia and Haemodialytic Treatments
Peritoneal Dialysis in Diabetic Patients
Peritoneal Membrane In Between Morphology and Function
Peritoneal Transport in LongTerm Peritoneal Dialysis Patients and Its Relation with AGEs
Exogenous Uptake of Carbonyl Stress Compounds Promoting AGE Formation from Peritoneal Dialysis Fluids
The Dialytic Failure of the Peritoneal Membrane
Biological and Clinical Effects
Inhibition of Transforming Growth Factor1 Gene Overexpression as a Strategy to Prevent Fibrosis
Strategy for Preventing Peritoneal Dialysis Failure
Clinical Research in Peritoneal Dialysis
Contribution of the Mesangium to Elastic Strength and Anchorage of the Glomerular Capillary Tuft

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