摘要标题:
光生调节和体育锻炼调节大鼠的骨骼肌肉中的细胞存活蛋白具有心力衰竭和糖尿病。
摘要来源:
photobiomodul光电激光。 2024年12月; 42(12):768-778。 EPUB 2024 10月23日。PMID: 39441652 Scherer,Elizama deGregório,Lucas Kieling,Alexandre Luz de Castro,Alex Sander Da Rosa Araujo,PatrickTürck,Pedro Dal Lago
文章隶属关系:Alan Christhian christhian bahr Bahr
摘要:肌肉萎缩。这些疾病与肌肉细胞中自噬和凋亡的增加有关,导致肌肉质量降低。与光生调节相关的体育锻炼(PBM)似乎有望减弱骨骼肌肉变化Caused by HF and DM2, due to its direct effects on mitochondria, which may result in an increase in antioxidant capacity.To verify the influence of physical exercise and the association with PBM on autophagy, apoptosis, and cell survival signaling pathways in myocytes from rats with HF and DM2.Male rats were assigned to one of four groups: control (CT), HF+DM (disease model),锻炼+HF+DM(EX+HF+DM)和EX+HF+DM+PBM(EX+HF+DM+PBM)。为了诱导DM2,我们给予链蛋白酶(STZ)(0.25 mL/kg,腹膜内)。 HF是由冠状动脉结扎诱导的。诱导后一周,启动了为期8周的有氧运动和PBM方案。蛋白质印迹分析用于测量与凋亡相关蛋白和自噬的表达。ex+HF+HF+DM+PBM组显示NRF2,-AKT和LC3-I水平相比,与HF+DM组相比,与PBM相比,与HF+DM组相比,与PBM相比,与PBM结合了pBM的pBM,这些发现与HEF proplenect propecy propledepriend propecrignion propecy propectival propecy propecy propecy y propernecy yff and profe yff anf hef。P>