Carbohydrates have a very important role in muscle building, almost as much as proteins, they form muscle glycogen and help keep the sugar levels constant. What is important to have in mind is to plan correctly which kind of carbohydrates are better for this function, and those are complex carbohydrates and high fiber ones specially.
carbohydrate
Fueled by the metabolism of sugar, the ATP byproducts (ADP) are reconstituted into ATP molecules. Use of ATP energy requires no oxygen - when the ATP is depleted the muscle cells must use cellular respiration to obtain energy and once the muscle is at rest the ATP stores are replenished.
A calcium channel blocker is a drug that lowers blood pressure by either preventing calcium from entering cells of the cardiac muscle, or the smooth muscle cells of the blood vessel walls.
Creatine phosphate exist in muscle and brain cells.
The contraction of a muscle cell is an example of mechanical work.
A carbohydrate is used to help mark cells. This carbohydrate sequence is unique for those cells.
Carbohydrate that is stored in the liver and skeletal muscle
Well, muscle cells are used to do work. And brain cells are used constantly.
Carbohydrate
stem cells can differentiate into nerve or muscle cells
Glycolosis (in the cytoplasm) and aerobic metabolism (in the mitochondria) are used to generate ATP from glucose in muscle cells.
muscle cells...
Muscle cells are smaller than muscle tissues.
No, cardiac muscle cells are branched but skeletal muscle cells are linear and do not branch
Glucose is the carbohydrate and goes through your body and give energy. This converts to the cells.
No muscle cells push, it just depends which muscle is doing the pulling. In a common joint, one muscle is used to pull the body part one way, and a different one is used to pull it back.
Muscle cells are called muscle fibers because of their long, slender shape that resembles a fiber. The structure of muscle cells allows them to contract and generate force, which is essential for muscle function. The term "fiber" is used to describe the long, cylindrical shape of these cells that run parallel to each other in muscle tissue.