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Ehjcardiovascrec

[...]altered expression of PLB and SLN has been reported in many cardiac diseases. [...]SERCA2a is a major regulator of intracellular Ca2+ homeostasis, and changes in the expression and activity of ...

Cardiovascular Research, Periasamy, Muthu, Bhupathy, Poornima, Babu, Gopal J.

Date : 15/01/2008 Item size : 471288 bytes
Ehjcardiovascrec

Abstract Aims Improving the sarco(endo)plasmic reticulum (SR) Ca2+-ATPase (SERCA) function has clinical implications in treating heart failure. Introduction The cardiac sarco(endo)plasmic reticulum ...

Cardiovascular Research, Shanmugam, Mayilvahanan, Gao, Shumin, Hong, Chull, Fefelova, Nadezhda, Nowycky, Martha C., Xie, Lai-Hua, Periasamy, Muthu, Babu, Gopal J.

Date : 01/02/2011 Item size : 299066 bytes
Ehjcardiovascrec

Abstract Objective: Phospholamban ablation or ectopic expression of SERCA1a in the heart results in significant increases in cardiac contractile parameters. Methods: Transgenic mice with cardiac ...

Cardiovascular Research, Zhao, Wen, Frank, Konrad F, Chu, Guoxiang, Gerst, Michael J, Schmidt, Albrecht G, Ji, Yong, Periasamy, Muthu, Kranias, Evangelia G

Date : 01/01/2003
Ehjcardiovascrec

[...]it is now known how decreases in SERCA activity affect cardiac function in detail and also if a decrease alone is sufficient to cause heart failure. Varying degrees of defects in the SR Ca2+ ...

Cardiovascular Research, Huke, Sabine, Liu, Lynne H, Biniakiewicz, Danuta, Abraham, William T, Periasamy, Muthu

Date : 01/09/2003 Item size : 274780 bytes
Ehjcardiovascrec

Abstract Objective: Phospholamban ablation or ectopic expression of SERCA1a in the heart results in significant increases in cardiac contractile parameters. Methods: Transgenic mice with cardiac ...

Cardiovascular Research, Zhao, Wen, Frank, Konrad F, Chu, Guoxiang, Gerst, Michael J, Schmidt, Albrecht G, Ji, Yong, Periasamy, Muthu, Kranias, Evangelia G

Date : 01/01/2003
Ehjcardiovascrec

[...]it is now known how decreases in SERCA activity affect cardiac function in detail and also if a decrease alone is sufficient to cause heart failure. Varying degrees of defects in the SR Ca2+ ...

Cardiovascular Research, Huke, Sabine, Liu, Lynne H, Biniakiewicz, Danuta, Abraham, William T, Periasamy, Muthu

Date : 01/09/2003 Item size : 272027 bytes