We demonstrated that mitochondrial network maturation integrated with energy-consuming excitation−contraction coupling is mandatory for securing functional progeny of a cardiac lineage.

Real-time imaging of sub-cellular reactive oxygen species, Ca2+ signaling, and excitation-contraction coupling in skeletal muscle under physiological and pathophysiological conditions. The research in ...

In addition, Dr. Sarver developed a population-based mathematical model which explained that these mechanical changes were due to a slowing in excitation/contraction coupling, as well as an increase ...

who study the molecular and cellular mechanisms of cardiac excitation and excitation-contraction coupling. The MCPG are housed in a newly built large and well-equipped common laboratory space. Their ...

Consider an undamped single degree-of-freedom system experiencing harmonic excitation whose equation of motion (EOM) is given by: Here omega n is known as the natural frequency of response. The ...

His ill-advised first try involved directly coupling two switches, frying both in the process. After some research he found that Ethernet hardware manufacturers have considered the need for ...

G. Ferrier’s lab in same Department. For the last decade, he has been interested in sex and aging-related cardiac excitation-contraction coupling mechanisms and intracellular calcium homeostasis in ...

viii In this example relative refractory conduction delay would be like the coupling between the 1st ... PVC = premature ventricular contraction; RV = right ventricular; SVT = supraventricular ...

Isotonic contractions – these occur when a muscle contracts and changes length and there are two types: Isotonic concentric contraction – this involves the muscle shortening. The origin and ...

Muscular contractions are defined as the change in the length of the muscle under contraction. Muscles contract in different ways to produce a range of movements: Isotonic contraction – involves ...