The same use of energy that is used to bring necessary materials into a cell.
If a cell can take in water, food molecules, and other necessary materials, it indicates that it is capable of active transport and endocytosis. These processes allow the cell to import vital substances to sustain its metabolic functions and maintain homeostasis. This capability is essential for growth, energy production, and overall cellular health.
Mitochondria are responsible for generating energy in the form of ATP for the cell through the process of cellular respiration, which provides the necessary fuel and energy to keep the cell alive and carry out its activities.
active transport
Yes, both are necessary for the cell to produce energy to function.
Endocytosis is the bulk transport of materials into a cell, using energy in the form of ATP. It is an active process, and the energy is used to move the membranes around the materials to form the vesicles that are needed, and to move the vesicles into the cell.
cell
penis
yes and they obtain the materials of their host cell
If a cell can take in water, food molecules, and other necessary materials, it indicates that it is capable of active transport and endocytosis. These processes allow the cell to import vital substances to sustain its metabolic functions and maintain homeostasis. This capability is essential for growth, energy production, and overall cellular health.
chromosomes
"diffusion"
endocytosis mean brining materials into cell and exocytosis means removing materials from cell.
Diffusion.
It's called active transport. When talking about the cell, it is usually bigger substances that use passages in the cell membrane to access the inner part of the cell, and they need energy to get there. The opposite; passive transport or diffusion, is the movement of dissolved materials through a cell membrane without the use of cellular energy. THis happens with smaller substances.
Mitochondria is like energy capsules for the cell and cells need plenty of energy to do what they are designed to do.
special edd
metabolism