Renal Denervation Ups Insulin Sensitivity in Preclinical Model

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Renal Denervation Ups Insulin Sensitivity in Preclinical Model
Renal Denervation Ups Insulin Sensitivity in Preclinical Model

THURSDAY, Aug. 11, 2016 (HealthDay News) -- Inhibiting the sympathetic nervous system (SNS) by renal denervation (RDN) improves insulin sensitivity (SI) in obese canines, according to a study published in the August issue of Diabetes.

Malini S. Iyer, Ph.D., from the Cedars-Sinai Diabetes and Obesity Research Institute in Los Angeles, and colleagues measured SI using a euglycemic hyperinsulinemic clamp before and after six weeks of a high-fat diet (w6-HFD) and either RDN (HFD+RDN) or sham surgery (HFD+Sham).

The researchers found that HFD induced insulin resistance in the liver at w6-HFD in sham and in HFD+RDN. The insulin resistance persisted in sham animals, but RDN completely normalized hepatic SI in fat-fed dogs; reduction in hepatic gluconeogenic genes including G6Pase, PEPCK, and FOXO1 was observed. Hepatic gluconeogenesis was down-regulated by RDN, primarily by up-regulation of liver-X-receptor via the natriuretic peptide pathway.

"In conclusion, bilateral RDN completely normalizes hepatic SI in obese canines," the authors write. "These preclinical data implicate a novel mechanistic role for the renal nerves in the regulation of insulin action specifically at the level of the liver and show that the renal nerves constitute a putative new therapeutic target to counteract insulin resistance."

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