no they dont! they are their own thing! :)
Mostly 7.4 (which is "neutral" at body temperature).
The cell membrane is an organelle, but cytoplasm is not an organelle, it is just a substance.
cell walls
Motor proteins help move organelles throughout the cell. Proteins always give energy, both in the human body system and within microscopic cells.
all of them, bacteria have no organelles
Cell organelles are the cells itself so they are the same thing. One doesn't do anything for another since they are the same thing.
same with an animal cell or with a plant cell, organelles
if you are talking about organelles: cell wall, chloroplasts, bigger vacuole
1.Nucleus/Nucleolus1.Nuclear MembraneCytoplasm1.Chromosomes1.nucleus2.cell membrane3.cytoplasm4.organelle
Organelles in a cell, such as the nucleus and mitochondria, perform specific functions similar to organs in the human body. Just as organs work together to maintain the overall health of the body, organelles collaborate to sustain the cell's functions and viability. Both organelles and organs are vital components that contribute to the overall structure and function of the cell or body.
organelles control, support, and supply the cell so it can survive. some organelle are the nucleus, mitochondria, vacuole, golgi apparatus, and endoplasmic reticulum.
Mostly 7.4 (which is "neutral" at body temperature).
The cell membrane is an organelle, but cytoplasm is not an organelle, it is just a substance.
The cell membrane in an animal cell can be compared to human skin, as it serves as a protective barrier that regulates the movement of substances in and out of the cell, similar to how the skin protects the body and controls the passage of molecules.
no
cell walls
The organelles in human cells work togethar as a team. They take nutrients and carbohydrates and kick them around like footballs. Sometimes there are viruses that infect human cells, and they are like the opposing team. The good organelles have to run to the inzone with the footballs to secure the cell and keep it healthy. The organelles are aranged in patterns inside the cell, much like a team on the field, and some organelles lock together to create a membrane that protects the cell from advancing enemy football players.