Novel Treatments and the Future of Diabetic Nephropathy: What Is on the Horizon?

  • Vecihi Batuman


As diabetes and diabetic nephropathy have reached epidemic proportions across the world, there has been rapid expansion in our knowledge on immunopathogenesis, epigenetic mechanisms, and identification of an increasing number of novel therapeutic targets. Laboratory experiments or trials are under way exploring the effects of biologicals, stem cell/progenitor cell therapies, and newer medications in diabetic and pre-diabetic cohorts identified through the help of recently characterized biomarkers of early disease. Simultaneously, spectacular advances in technology, including cell and organ regeneration, and three-dimensional printing that has accomplished the feat of successfully generating a kidney are likely to offer hitherto unimagined additional therapy options to patients with diabetes and diabetic nephropathy. These advances clearly point to a future in diabetes and diabetic kidney disease with greatly expanded therapy options. Yet the vast majority of the increase in hundreds of millions of patients with diabetes and diabetes associated organ failure, including nephropathy is doubtless closely related to the unhealthy modern lifestyle, which engenders obesity and heightened inflammatory state that facilitates multiple metabolic abnormalities including diabetes and frank islet cell destruction. Clearly, the most cost-effective future therapy for this epidemic must include innovative global programs to reverse this trend and achieve wide acceptance of healthy diet and lifestyle changes across the world. The purpose of this chapter is to briefly review the recent advances in diabetes research and the future implications of this rapidly expanding knowledge on the lives of patients with diabetes and diabetic kidney disease.


Diabetic Nephropathy Islet Cell Diabetic Kidney Disease SGLT2 Inhibitor Islet Cell Transplantation 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.


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© Springer Science+Business Media New York 2014

Authors and Affiliations

  1. 1.Tulane University Medical Center, Nephrology SectionNew OrleansUSA

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