Overexposure to X-rays can lead to significant damage to animal cells by causing ionization of cellular components, which can result in DNA breaks, mutations, and impaired cellular function. This damage may trigger apoptosis (programmed cell death) or lead to cancerous transformations if the repair mechanisms fail. Additionally, high levels of radiation exposure can affect the overall health of tissues and organs, leading to systemic issues in the organism. Overall, the detrimental effects of X-ray overexposure can compromise the integrity and viability of animal cells.
No, the presence of chloroplasts in an animal cell would not affect its color because chloroplasts are responsible for photosynthesis and contain chlorophyll, which gives plants their green color. Animal cells do not have chloroplasts and do not perform photosynthesis.
If you didn't have animal cells, you would not be able to form tissues, organs, or body systems. Animal cells are essential building blocks for living organisms to carry out processes like respiration, reproduction, and movement. Without animal cells, complex multicellular organisms like humans would not be able to exist.
A polar bear has animal cells. Animal cells are the basic building blocks of most animals, including mammals like polar bears. Plant cells have different structures and functions compared to animal cells.
No all cells are different
They can, but overexposure would be difficult.
no
Plant cells have a large vacuole, which the animal cells don't.
Affect? Affect? Not affect- disaster!
By not having a cell wall (cellulose) the animal cells are not rigid. When the cells are not rigid, they can move. If animal cells would have cells walls, animals wouldn't be able to move and be static as a plant. Also cells explode without cell wall. Actually plant cells do move...the roots move slowly down into the soil and the leaves move toward the light. Animal cells do not explode without a cell wall. They are stable enough with a few proteins and cholesterol in their membranes.
Plant cells only, animal cells do not contain chloroplasts or chlorophyll.
There are many cells. Every prokariyotic cells,animal cells,fungi cells and many protista lack them
To identify cells as either plant or animal, I would look for key distinguishing features. Plant cells typically have a rigid cell wall, chloroplasts for photosynthesis, and large central vacuoles, while animal cells lack these structures. Additionally, I would check for the presence of specific organelles: animal cells have lysosomes, which are rare in plant cells. Observing these characteristics under a microscope would help in determining the type of cells present.