Plant and animal cells [including human skin cells] are vastly different and cannot be compared. So, to answer your question, yes, everything! :)
The answer above can be misleading. Animal and plant cells do share some common structure, function and components, for instance a cell membrane, nucleus, DNA. However, they also have differing components as well i.e. plant cells have a cell wall on top of their cell membrane, animal cells contain mitochondria.
Organelles that are found in plant cells only include: cell wall, chloroplast and large central vacuole.
chloroplasts and cell wall
The plastids only found in plant cells because they give colour to the different parts of the plant.
Plastids and the cell wall.
hmm, which organism has a cheek? the plant or the animal? well it definitely can't be the thing with a face. so i would say plant.idiot.
Well they usually are plant cells. In my science class we learned all about that plant and animal stuff. If you have anymore questions about cells and genetics, just ask! :)
no cheek cells do not have chlorophyll only plant cells have chlorophyll its what turns the plant green.No, chlorophyll is the green pigment found in plants, which takes part in the process of photosynthesis. It is not found in cheek cells.
i no that because inaot cheek cellsbut not plant cell
There was no cell wall in the cheek cells because animals and human cells do not contain a cell wall; they only have a cell membrane. Cell walls can be found in plant cells
what 2 cell parts are found in plant cells but not animal cells
chloroplasts and cell wall
Centriole and lysosomes
yes. organelles or cell parts can be found in plant and animal cells
The plastids only found in plant cells because they give colour to the different parts of the plant.
A cheek cell do not have cell wall and chloroplast while a plant cell have cell wall and some have chloroplast.
Plastids and the cell wall.
Central Vacuole, Golgi Body
Yes, ribosomes are present in plant cells. They are in 4 parts of the plant cell. They are found in the cytoplasm, the surface of the endoplasmic reticulum, the mitochondria, and on chloroplasts.