because a muscle cell is a organ and a DNA just see if its true or not.
Yes, a liver cell is a type of somatic cell. Somatic cells are any cell in the body that is not a sperm or egg cell. Liver cells are an example of somatic cells because they make up the majority of the cells in the liver and are responsible for the organ's function.
No. These are the cells that make up most of the liver's tissue and preform specialized liver functions. They contain organelles.
Liver cells
To make a model of a muscle cell, you can use materials like clay, playdough, or modeling putty to create the cell's structure, including the cell membrane, nucleus, and mitochondria. You can also use string or beads to represent the muscle fibers within the cell. Reference diagrams or images of muscle cells to ensure accuracy in your model.
Actin and myosin interact in muscle cells.
it helps make something else
Yes, a liver cell is a type of somatic cell. Somatic cells are any cell in the body that is not a sperm or egg cell. Liver cells are an example of somatic cells because they make up the majority of the cells in the liver and are responsible for the organ's function.
No. These are the cells that make up most of the liver's tissue and preform specialized liver functions. They contain organelles.
From the previous answerer: how does a muscle cell work? well it starts with a nerve cell and this moves on to make the muscle cell work it contracts and relaxes.wow, you must have a degree in microbiology. so it goes from the nerve to the cell and then it's just magic after that? i would say nice try, but it wasn't.
Liver cells
To make a model of a muscle cell, you can use materials like clay, playdough, or modeling putty to create the cell's structure, including the cell membrane, nucleus, and mitochondria. You can also use string or beads to represent the muscle fibers within the cell. Reference diagrams or images of muscle cells to ensure accuracy in your model.
Movement of the body is made possible by the skeleton and the muscles. The liver has no part in the movements of the body.
DNA contains instructions for making different proteins that determine the function of a cell. When specific genes are turned on or off, it directs a cell to differentiate into a muscle cell or a stomach cell through a process called gene expression, where certain proteins are produced to give the cell its specialized function. Different combinations of gene expression lead to different cell types in the body.
Actin and myosin interact in muscle cells.
A muscle cell is like an animal cell because it has a nucleus, mitochondria, and other organelles typical of animal cells. Its main function is to generate movement by contracting and relaxing. It does not make food through photosynthesis like plant cells do.
Because each cell has a different function, it uses the genetic information it needs to perform its own function.(your liver cells can't function as your neurons)
The body uses proteins as "building blocks" - proteins are required by the body for everything from cell wall building to muscle control.