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Keyword [C674]
Result: 1 - 8 | Page: 1 of 1
1.
The Relationship Between SERCA2 C674 Inactivation And Underlying Mechanisms In Atherosclerosis From The Perspective Of Macrophage
2.
A New Retinopathy Model And The Underlying Pathological Mechanisms
3.
Study On The Mechanism Of SERCA2 Redox Site C674 Inactivation Aggravating Cardiac Fibrosis
4.
The role of redox regulation of SERCA in cardiomyocyte hypertrophy
5.
The significance of cysteine-674 in nitric oxide-mediated regulation of SERCA activity in physiological and pathological processes
6.
Redox regulation of cysteine-674 of SERCA 2 is critical for growth factor- and ischemia-induced angiogenesis
7.
The Inactivation Of SERCA2 C674 Accelerates Angiotensin Ii-induced Aortic Aneurysm And The Mechanism Involved
8.
Relationship Between Inactivation Of C674 In The SERCA2 And Bronchial Asthma And Its Mechanism
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