Lysosomes, vacuoles, and plastids are all membrane-bound organelles in a cell that are involved in storage and degradation processes. While lysosomes contain enzymes for breaking down cellular waste, vacuoles are used for storage of water, nutrients, and waste products. Plastids, on the other hand, are involved in processes like photosynthesis and storage of pigments or starch.
Lysosomes are found in animal cells. Plant cells have similar organelles called lytic vacuoles that carry out similar functions to lysosomes.
Lysosomes merge with food vacuoles to break down the ingested material through the action of hydrolytic enzymes.
Lysosomes and vacuoles are organelles that have a waste-removal function in a cell. Lysosomes contain enzymes that break down and degrade cellular waste and debris, while vacuoles can store waste materials and assist in their removal from the cell.
Plants do not have lysosomes because they have vacuoles that serve similar functions. Vacuoles in plant cells help with digestion, waste removal, and storage of nutrients, which are roles typically performed by lysosomes in animal cells. Plants have evolved alternative structures to perform these functions effectively without the need for lysosomes.
Lysosomes are found in animal cells and are responsible for breaking down and recycling cellular waste. Plant cells have similar structures called lytic vacuoles, which serve a similar function to lysosomes.
toilets are similar to Lysosomes because they both get rid of waste
Lysosomes are found in animal cells. Plant cells have similar organelles called lytic vacuoles that carry out similar functions to lysosomes.
Vacuoles and lysosomes
Lysosomes merge with food vacuoles to break down the ingested material through the action of hydrolytic enzymes.
Lysosomes and vacuoles are organelles that have a waste-removal function in a cell. Lysosomes contain enzymes that break down and degrade cellular waste and debris, while vacuoles can store waste materials and assist in their removal from the cell.
Plants do not have lysosomes because they have vacuoles that serve similar functions. Vacuoles in plant cells help with digestion, waste removal, and storage of nutrients, which are roles typically performed by lysosomes in animal cells. Plants have evolved alternative structures to perform these functions effectively without the need for lysosomes.
Vacuoles in plant cells serve a function similar to lysosomes in animal cells. Like lysosomes, vacuoles help to break down and recycle cellular waste and maintain cellular homeostasis, but they are much larger in plant cells and also serve to store water, nutrients, and other substances.
Yes. Except like all plants the vacuoles are large.
Vacuoles store things, so it would make sense that food vacuoles store food. Lysosomes digest things into smaller usable materials (or destroy them) so lysosomes will attach to food vacuoles so they can efficiently digest food. The vacuole to store the food waiting to be digested by the lysosome.
They are not organs.They are cell organells.
Vacuoles store things, so it would make sense that food vacuoles store food. Lysosomes digest things into smaller usable materials (or destroy them) so lysosomes will attach to food vacuoles so they can efficiently digest food. The vacuole to store the food waiting to be digested by the lysosome.
Lysosomes are found in animal cells and are responsible for breaking down and recycling cellular waste. Plant cells have similar structures called lytic vacuoles, which serve a similar function to lysosomes.