Objective To elucidate the transformation of energy metabolism patterns in the process of myocardial remodeling induced by volumeoverload and to explore a novel intervention target for the prevention,delay or even rev...Objective To elucidate the transformation of energy metabolism patterns in the process of myocardial remodeling induced by volumeoverload and to explore a novel intervention target for the prevention,delay or even reversal of structural heart dysfunction.Methods Thirty C57/BL6 mice,20-30 g,half male and half female,were randomly divided into model group(n=15)and sham operation group(n=15).Each group was divided into subacute phase(2 weeks after surgery,n=5),cardiac functional compensation phase(5 weeks after surgery,n=5)and decompensation phase(15 weeks after surgery,n=5).展开更多
文摘Objective To elucidate the transformation of energy metabolism patterns in the process of myocardial remodeling induced by volumeoverload and to explore a novel intervention target for the prevention,delay or even reversal of structural heart dysfunction.Methods Thirty C57/BL6 mice,20-30 g,half male and half female,were randomly divided into model group(n=15)and sham operation group(n=15).Each group was divided into subacute phase(2 weeks after surgery,n=5),cardiac functional compensation phase(5 weeks after surgery,n=5)and decompensation phase(15 weeks after surgery,n=5).
