Learn about muscle cell structure, muscle cell traits, sliding filament theory, excitation-contraction coupling, motor units, and so much more.

Our biceps and our brain cells may have more in common than previously thought. New research led by the ...

We often think the brain is like a muscle – we say things like “use it or lose it!”, and we talk about exercising or “training” our brains. In reality, actual brain tissue looks pretty much nothing ...

Many of the contractile functions of muscle cells are enabled by myocardin–SRF- and MRTF–SRF-regulated genes 57. Genes affecting actin dynamics and cell motility.

In this article, we discuss the structure and function of cardiac muscle tissue. We also cover medical conditions that can affect this muscle tissue and tips for keeping it healthy.

Embryonic stem cells can divide to become any type of cell in the body. Muscle stem cells, which come from adult tissue instead of an embryo, are more specialized and limited in what they can become.

Our biceps and brain cells might have more in common than we believed. According to a new study from the Lippincott-Schwartz Lab, a network of subcellular structures similar to those responsible ...

Learn about muscle cell structure, muscle cell traits, sliding filament theory, excitation-contraction coupling, motor units, and so much more.

Learn about muscle cell structure, muscle cell traits, sliding filament theory, excitation-contraction coupling, motor units, and so much more. Education from Brookbush Institute is thorough and ...