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Obesity modulates the transcriptional alterations of the natriuretic peptide and endothelin systems

机译:肥胖调节利钠肽和内皮素系统的转录改变

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The study aimed to evaluate the transcriptional alterations of natriuretic peptides (NPs) and of its counter-regulatory system (ET-1 system) in the heart of Zucker rats (O, n=20), and lean controls (CO, n=20), subdivided in fasting and hyperglycemic, using Real Time-PCR. BNP and ANP mRNA resulted lower in O with respect to CO. A different regulation of the receptor NPR-A, NPR-B and NPR-C was showed in O. Both pre-proET-1 and ECE-1 were lower expressed in O (p=0.02) while ET-A and ET-B mRNA did not change in CO and O. Subdividing into fasting and hyperglycemic rats the behavior of each system remained quite similar. Our results suggest a reduced expression of both NPs and its counter-regulatory ET-1 system cardiac cells, the knowledge of this alteration can lead can lead to the progress of therapeutic strategies for the treatment of cardiometabolic syndrome.
机译:该研究旨在评估利钠肽(NPS)的转录改变,以及其在Zucker大鼠(O,N = 20)的心脏中的反调节系统(ET-1系统)和瘦对照(CO,N = 20 ),使用实时PCR细分禁食和高血糖。 BNP和ANP mRNA在CO中导致O.在O.对O.在O中显示出受体NPR-A,NPR-B和NPR-C的不同调节。在O中较低的初级蛋白-1和ECE-1均表达。 (P = 0.02),而ET-A和ET-B mRNA没有改变CO和O.细分为禁食和高血糖大鼠每个系统的行为保持非常相似。我们的研究结果表明,涉及NPS及其对抗调节ET-1系统心脏细胞的表达,这种改变的知识可以导致治疗心细镜综合征的治疗策略的进展。

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