through nerve impulses and hormones
through nerve impulses and hormones
They can talk about the same amount as any other animal. They may be able to communicate slightly with each other but not really with humans.
a plant cell has a cell wall and an animal cell doesn't if it did the animal wouldn't be able to move.
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.
Animal cells are able to survive without cell walls because they have a flexible cell membrane that provides structure and protection. The absence of a rigid cell wall allows animal cells to change shape and move, which is important for many cellular functions. Additionally, animal cells rely on the supportive structure provided by the extracellular matrix and other cytoskeletal components to maintain their shape and integrity.
Plant cells have cell walls and chloroplast
what organelles are you referring to? Plants and animal cells each have a few organelles that the other one doesn't. for instant, plant cells have cell wall, but animal cells don't. and animal cells have centrioles but plant cells don't....
Then the cell wouldn't keep it's shape and wouldn't be able to hold everything together inside of the cells. And the animal wouldn't have any cells.
Plant and animal cells have different organelles because they have evolved to meet the specific needs of each type of organism. Plant cells have chloroplasts for photosynthesis and a cell wall for structure, which are not present in animal cells. Animal cells have lysosomes for digestion and centrioles for cell division, which are not typically found in plant cells.
plant cells have chloroplast, animals cells do not have chloroplast
Colonists were able to support local businesses and communicate easily in New England because they lived close to each other.
Cells are able to live side by side through cell adhesion molecules and tight junctions that hold them together. Additionally, cells communicate with each other through signals and chemical messengers to coordinate their activities and ensure proper functioning within tissues and organs. The extracellular matrix also provides structural support for cells to maintain their positions and interact with each other.