cilia
I don’t know
The protist that has an oral groove is Paramecium. The oral groove is a structure found in Paramecium used for feeding and taking in food particles. This ciliated protist sweeps food particles into the oral groove, where they are engulfed and digested.
A gullet on a paramecium is a structure that helps the organism ingest food particles by surrounding and engulfing them. It acts as a mouth for the paramecium, allowing it to take in nutrients from its environment.
Micronucleus is a structure of a paramecium that is analogous to a reserve library
Amoeba moves by extending pseudopods, which are temporary projections of the cell membrane and cytoplasm. These pseudopods are formed when the cytoplasm flows in the direction of movement. This structure allows Amoeba to exhibit an adaptable and flexible form of motility.
They are both single celled protists, but Euglena is of Euglenozoa phylum, which has flagella, and Paramecium are cillates with cilia for motility.
The cell structure of the paramecium does not change.
Their cell wall.
I don’t know
The protist that has an oral groove is Paramecium. The oral groove is a structure found in Paramecium used for feeding and taking in food particles. This ciliated protist sweeps food particles into the oral groove, where they are engulfed and digested.
A gullet on a paramecium is a structure that helps the organism ingest food particles by surrounding and engulfing them. It acts as a mouth for the paramecium, allowing it to take in nutrients from its environment.
contractile vacuole
Micronucleus is a structure of a paramecium that is analogous to a reserve library
When a paramecium bumps into an object, it changes its direction by moving away from the obstruction in order to continue its motility. This behavior is a response to touch or mechanical stimuli and helps the paramecium navigate its environment and avoid collisions.
Paramecium is single celled.
A pair of contractile vacuoles.
Amoeba moves by extending pseudopods, which are temporary projections of the cell membrane and cytoplasm. These pseudopods are formed when the cytoplasm flows in the direction of movement. This structure allows Amoeba to exhibit an adaptable and flexible form of motility.