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Yin and Yang revisited: CCN3 as an anti-fibrotic therapeutic?

机译:阴阳再探:CCN3作为抗纤维化治疗剂?

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摘要

Fibrotic diseases are a significant cause of mortality. It is being increasingly appreciated that the cellular microenvironment plays a key role in promoting pathological fibrosis. A previous Bits and Bytes described an elegant series of experiments published by Bruce Riser and colleagues (Am J Pathol. : 174:1725–34) that showed that CCN3 (nov) antagonizes the fibrogenic effects of CCN2.and hence could represent a novel anti-fibrotic therapy. They have continued their excellent work and have recently used the ob/ob mouse as a model of obesity and diabetic nephropathy to show that CCN3 could block the induction of profibrotic gene expression, fibrosis and loss of kidney function (Am J Pathol. ;184:2908–21). Also, reversal of fibrosis was observed. Thus this paper provides strong evidence that CCN3 may be used as a novel therapy to treat diabetes caused by obesity.
机译:纤维化疾病是导致死亡的重要原因。人们日益认识到,细胞微环境在促进病理性纤维化中起关键作用。先前的点点滴滴描述了Bruce Riser及其同事(Am J Pathol.:174:1725-34)发表的一系列优雅的实验,这些实验表明CCN3(nov)拮抗CCN2的纤维化作用,因此可能代表了一种新颖的抗-纤维化疗法。他们继续出色的工作,最近将ob / ob小鼠用作肥胖症和糖尿病肾病的模型,以显示CCN3可以阻止诱导纤维化基因表达,纤维化和肾功能丧失(Am J Pathol。; 184: 2908–21)。另外,观察到纤维化逆转。因此,本文提供了有力的证据,表明CCN3可作为治疗肥胖引起的糖尿病的新型疗法。

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