Myofibrillometer

Myofibrils are organelles of muscle cells that consist of proteins and provide muscle contraction. However, in order for a muscle to contract, the myofibrils must be properly organized into mitochondria.

Myofibrillomers are proteins that are responsible for organizing myofibrils in mitochondria. They interact with other proteins and form complex structures that ensure the correct arrangement of myofibrils in the mitochondrial matrix.

Functions of myofibrillomers:

1. Myofibril organization: Myofibrillomeres ensure the correct arrangement of myofibrils within mitochondria, allowing them to function correctly.
2. Regulation of muscle contraction: Myofibrillomers are involved in the regulation of muscle contraction by controlling the amount of calcium ions needed to activate myosin filaments.
3. Protecting myofibrils from damage: Myofibrillomers protect myofibrils from damage by preventing their oxidation and destruction.
4. Participation in metabolism: myofibrillomers are also involved in cell metabolism, ensuring the synthesis of necessary proteins and enzymes.

Thus, myofibrillomeres play an important role in muscle function and maintenance of muscle health.

Myofibrillosis is an autoimmune endomyopathic muscular dystrophic syndrome with tendon sclerosis, degenerative changes in muscle fibers and myocardial dystrophy. The causes of myophagocytic myofibrosis are not known. Myophagocytes settle on the muscle wasp