Can intensive lipid-lowering therapy improve the carotid intima-media thickness in Japanese subjects under primary prevention for cardiovascular disease?
Lowering the LDL-C level with intensive lipid-lowering therapy is associated with reduced changes in the IMT among Japanese subjects at moderate to high risk under treatment for primary prevention. Subjects suitable for primary prevention may receive cardiovascular benefits from intensive lipid-lowering therapy, in association with significantly slower IMT progression than that observed with conventional therapy.
GPx1, an important antioxidant enzyme of the premature retina, afforded protection against oxidative stress and oxidative injury in ROP. Lack of GPx1 was associated with increased oxidative stress, an increase in retinal avascular area, upregulation of retinal VEGF, and increased neovascularization in a mouse model of ROP.