the animal cell is in the animal and the onion cell is in the onion
Both onion cells and nerve cells have the same look. Obviously they have both got cells in them and have nerly everything the same.
because they are
Onion cells are plant cells, characterized by a rigid cell wall made of cellulose, which provides structure and protection. In contrast, human skin cells are animal cells that lack a cell wall and have a flexible membrane, allowing them to be more dynamic and capable of processes like movement and regeneration. Additionally, onion cells typically contain large central vacuoles for storage and maintaining turgor pressure, while human skin cells have different organelles tailored for their specific functions, such as producing keratin for protection. These structural and functional differences reflect the distinct roles these cells play in plant and animal biology.
In every plant, animal or the other microorganisms, you have got the complete story or the characters of that individual written in the DNA. The onion is an onion because of the DNA of the onion. Much like the tomato is a tomato because of the DNA of the tomato.
No chloroplasts in cheek and onion cells
Onion cells are plant cells, so they have a cell wall and more angular shape (but no chloroplasts, like some plant cells, since they are not part of the photosynthesizing part of the onion plant) Human cheek cells are animal cells, so the biggest difference is that they have no cell wall and thus a rounder shape.
By Plants.
Bacterial cells are prokaryotic and the cells of an onion are eukaryotic.
Onion cells have a cell wall made of cellulose, while animal cells don't have a cell wall. Also, onion cells would have chloroplasts and chlorophyll so they can do photosynthesis. And animal cells have organelles called either centrosomes or centrioles, and plants don't.
The only difference between vegetal (onion) cells and animal (roundworm) is not quite in mitosis, but in citokinese (not a mitosis phase since mitosis refers to nucleus division). Vegetal cells have a thick wall rounding the cell which needs different means to split than the membrane in animal cells
Both onion cells and nerve cells have the same look. Obviously they have both got cells in them and have nerly everything the same.
many
because they are
Well, one is a cell from a plant and another is from an animal, so they're very different. Onion cells have a cell wall, a large central vacuole and plants-only organelles like chloroplast. Cheek cells lack cell walls, has a significantly greater amount of mitochondria and has lysosomes while plant cells very rarely have any lysosomes.
Onion cells are plant cells, characterized by a rigid cell wall made of cellulose, which provides structure and protection. In contrast, human skin cells are animal cells that lack a cell wall and have a flexible membrane, allowing them to be more dynamic and capable of processes like movement and regeneration. Additionally, onion cells typically contain large central vacuoles for storage and maintaining turgor pressure, while human skin cells have different organelles tailored for their specific functions, such as producing keratin for protection. These structural and functional differences reflect the distinct roles these cells play in plant and animal biology.
Frog cells are eukaryotic animal cells that make up tissues and organs in frogs, while onion cells are eukaryotic plant cells found in the layers of an onion bulb. Frog cells contain specialized structures for functions like movement and nerve signaling, whereas onion cells have structures like a cell wall and chloroplasts for photosynthesis.
Onion cells are typically rectangular and have a clear, defined cell wall, which provides structure and rigidity. Unlike animal cells, they contain a large central vacuole that helps maintain turgor pressure, and their cytoplasm appears less dense due to the presence of this vacuole. Additionally, onion cells often show a distinct nucleus and are organized in layers, which can be contrasted with more irregularly shaped cells seen in other organisms. Overall, onion cells exemplify the characteristics of plant cells, showcasing differences from the more varied shapes and structures of animal cells.