Mitochondria are in both plants and animals.Mitochondria are typical organells.
Plants do not have phagocytic cells because they rely on different defense mechanisms to protect themselves from pathogens and pests. Instead of using phagocytosis, plants utilize physical barriers like cell walls, as well as chemical defenses such as secondary metabolites and antimicrobial compounds. Additionally, plants have specialized immune responses that involve recognition of pathogen-associated molecular patterns (PAMPs) to initiate defense signaling pathways. This distinct approach reflects their stationary nature and different evolutionary adaptations compared to animals.
Plants;)
All Cnidarians are mobile at some point in their lifetime. For most, it is in the larval stage. Jellyfish start out as mobile larva, then become sessile, then become the mobile jellyfish you are familiar with. Others, like corals, start out as mobile larva, settle down and remain sessile for the rest of their adult life. As adults, hydra can be mobile or sessile, as they choose, but they don't swim far.
Humans are composed of animal cells. Plants are composed of plant cells
Mitochondria are in both plants and animals.Mitochondria are typical organells.
Mitochondria are in both plants and animals.Mitochondria are typical organells.
Typical plant cells have cell walls, chloroplasts, and large central vacuoles, which are structures that are not typically found in animal cells. These features help plants to support their structure, perform photosynthesis, and store nutrients and waste products.
Plants do not have phagocytic cells because they rely on different defense mechanisms to protect themselves from pathogens and pests. Instead of using phagocytosis, plants utilize physical barriers like cell walls, as well as chemical defenses such as secondary metabolites and antimicrobial compounds. Additionally, plants have specialized immune responses that involve recognition of pathogen-associated molecular patterns (PAMPs) to initiate defense signaling pathways. This distinct approach reflects their stationary nature and different evolutionary adaptations compared to animals.
Animal waste can help to fertilize the plants.
If they eat only plants, the animal is a herbivore. An animal that eats both plants and animals is an omnivore. A carnivore is a meat-eater.
There are two types of cells that contain a cell wall that is not found in plants. These two are known as prokaryotic and eukaryotic cells.
It is what an animal produces
Plants cells have certain structures that animal cells do not: cell walls made of cellulose, large central vacuoles (a space holding water and dissolved substances), and chloroplasts (that photosynthesize). Plants also do not have centrioles like animal cells; this is because the plant can use its cell wall to help it divide. Most plant cells are non-mobile.
They are in plant cells. They are absent in animal cells
plant cells are in plants and animal cells are in animals
An animal that eats only plants is called an "herbivore".