to preserve cardiac cell homeostasis and maintain the organ mass required to appropriately handle the cardiac output demanded. Contractile myocytes function as the sensor mechanism that ...

Patches of beating, lab-grown muscle sewn into failing hearts can keep patients alive for years while they wait for a ...

Innovative muscle patches derived from stem cells demonstrate efficacy in heart repair, improving function in primates and a ...

Protein kinase C, in particular PKCα, also worsens calcium cycling and contractility ... of heart disease. Pathological stress from cardiovascular disease stimulates hypertrophy of heart cells ...

Because humans are much larger than newts and salamanders, we needed more heart contraction to maintain optimum blood pressure and circulation. MacLellan suggests that it might be possible to get the ...

Researchers at University of Galway have developed a way of bioprinting tissues that change shape as a result of ...

Patches of beating, lab-grown muscle sewn into failing hearts can keep patients alive for years while they wait for a transplant, scientists have shown. In a major breakthrough, 15 patients suffering ...

Innovative microfluidic platforms facilitate the study of cardiomyocyte function, offering valuable data for drug testing and ...

and genes that have organotypic specificity in cardiac ECs and the endocardium. Interestingly, hiPS-ECs in co-culture expressed myofibrillar contractile genes, of which most were not observed in ...

Actuator,Cardiomyocytes,Culture Medium,Electrical Energy,Extracellular Matrix,Gibco Invitrogen,Micropump,Petri Dishes,Aurora Scientific,Baseline Condition,Beat ...

Actuator,Gibco Invitrogen,Culture Medium,Epinephrine Concentrations,Extracellular Matrix,Gel Contraction,Petri Dishes,Phase Velocity,Synchronization,Beat Frequency ...