The place where digestion takes place in many protozoa is called the vacuole. The vacuole contains enzymes that help in breaking down food particles for absorption and energy production.
Contractile Vacuole
Hats off for the beautiful question! There is osmolarity inside the protozoa. The water will enter by osmosis inside the cell. The protozoa must be spending most of the energy to take out the water out of the cell body. The protozoa probably create the vacuole inside the cell. The water molecules are secreted in the vacuole. This requires energy. The vacuole is opened to exterior to drive out the water. The process is repeated continuously.
A paramecium uses phagocytosis to form a food vacuole. In this process, the paramecium surrounds the food particle with its cell membrane, forming a vacuole containing the food. The food vacuole then fuses with lysosomes to digest the food.
Marine protozoa may not have a contractile vacuole because they are adapted to live in a consistently isotonic environment, with the same salt concentration inside and outside their cells. Thus, they do not need a contractile vacuole to regulate water balance since there is no constant need to expel excess water.
The place where digestion takes place in many protozoa is called the vacuole. The vacuole contains enzymes that help in breaking down food particles for absorption and energy production.
It is an amoeba that eats other protozoa. It snags them in its tentacles, paralyzes them, and then slowly pulls them into a food vacuole for digestion.
It is called a digestive vacuole.
yes protozoa can synthesis their food
A contractile vacuole is present in a paramecium protozoa but absent in the cells of a strawberry plant. The contractile vacuole helps regulate water content in paramecium cells by expelling excess water, a function not needed in plant cells due to their rigid cell walls.
Contractile Vacuole
Hats off for the beautiful question! There is osmolarity inside the protozoa. The water will enter by osmosis inside the cell. The protozoa must be spending most of the energy to take out the water out of the cell body. The protozoa probably create the vacuole inside the cell. The water molecules are secreted in the vacuole. This requires energy. The vacuole is opened to exterior to drive out the water. The process is repeated continuously.
A paramecium uses phagocytosis to form a food vacuole. In this process, the paramecium surrounds the food particle with its cell membrane, forming a vacuole containing the food. The food vacuole then fuses with lysosomes to digest the food.
Marine protozoa may not have a contractile vacuole because they are adapted to live in a consistently isotonic environment, with the same salt concentration inside and outside their cells. Thus, they do not need a contractile vacuole to regulate water balance since there is no constant need to expel excess water.
A membrane-bound vacuole (as in an ameba) where ingested food is digested.
The food vacuole in a paramecium is a structure that forms during phagocytosis to engulf and digest food particles. It helps break down the food into simpler compounds that can be absorbed and utilized by the paramecium for energy and nutrients. Once digestion is complete, the food vacuole expels any remaining waste materials from the cell.
The amoeba surrounds the food with psuedopods and forms a food vacuole. This vacuole then digests the food with digestive enzymes.