sarcomeric Sentences

The sarcomeric structure of the heart muscle is crucial for its efficient pumping action.

In my muscle biopsy, I observed an increased number of sarcomeric proteins.

Understanding the sarcomeric dynamics is key to developing treatments for muscular dystrophy.

The sarcomeric structure of the muscle exhibits differences between fast-twitch and slow-twitch fibers.

The sarcomeric proteins act together to facilitate the sliding filament mechanism during muscle contraction.

Recent studies have shown that abnormalities in sarcomeric proteins can lead to muscle weakness and fatigue.

The sarcomeric bands in cardiac muscle are more consistent than those in skeletal muscle.

During muscle contraction, the sarcomeres are shortened, resulting in a pulling force on the adjacent sarcomeres.

The sarcomeric proteins must be in proper order for normal muscle function to occur.

Myofibrills within the sarcomeres are composed of thick and thin filaments that interact to produce muscle contraction.

The sarcomeres within the skeletal muscle are arranged in a parallel fashion, which allows for efficient force generation.

During the relaxation phase of muscle contraction, the sarcomeres lengthen, storing energy for the next contraction.

Doctors use knowledge of the sarcomeric structure to diagnose and treat various muscle disorders.

In exercise physiology, the sarcomeric structure is studied to understand the adaptations in muscle fibers.

A breakdown in the sarcomeric structure can result in the formation of abnormal muscle fibers, leading to disease.

The sarcomeric proteins, particularly myosin and actin, are critical for the transmission of mechanical force in muscles.

In the context of sports science, understanding the sarcomeric structure is essential for athletes training and recovery.

The sarcomeres are the basic functional unit of skeletal muscle, and their structure determines the muscle's contractile capacity.

The sarcomeric structure in cardiac muscle differs from that in skeletal muscle, highlighting the specificity of muscle types.