Question

How is the food taken and digested in Amoeba and Paramecium?

Answer 1

In Amoeba and paramecium food is processed in the food vacuole by stomach related proteins. These compounds separate the food into little and solvent atoms by substance responses. If there should be an occurrence of Paramecium, hair like structures called cilia assists with clearing the food particles from water and putting them into the mouth.

Complete answer:
Single adaptable cell is a minuscule creature which has a fingerlike known as pseudopodia.
The amoeba broadens its pseudopodia around the food and inundates it.
The food is caught in the food vacuole where it is processed by the stomach related protein lastly the food is consumed and disseminated all through the body.
Amoeba is a unicellular creature. It goes through intracellular absorption. The method of nourishment in Amoeba and paramecium is holozoic.
The way toward getting food by Amoeba and paramecium is called phagocytosis.

Ingestion: When a food molecule is close to the Amoeba and paramecium, it structures impermanent finger-like projections called pseudopodia around the food molecule and immerses it.
Absorption: The food is processed in the food vacuole with the assistance of catalysts.
Assimilation: It is then caught up in the cytoplasm of the Amoeba and paramecium by dispersion.
Digestion: The retained food gives energy and some portion of sustenance is utilized for development.
Egestion: The undigested and the waste food particles are tossed out.
Single adaptable cell is a holozoic and protozoan. The processing is intracellular as it is a unicellular life form. The food taken stays in a food vacuole or gastric vacuole shaped by the cell layer and a touch of the cytoplasm. The vacuoles are moved further into the cells by cytoplasmic developments. Here they meld with lysosomes that contain chemicals, for example, amylase and proteinase. In this way, amoeba can process sugar, cellulose and protein. Fats, in any case, stay undigested.

Note:
1. Single adaptable cells and paramecium both are heterotrophs.
2. Single adaptable cells move by utilizing pseudopodia while the velocity of paramecium is performed utilizing cilia.
3. Single adaptable cell can change its body shape, while paramecium has a clear shape like the sole of a shoe.
4. Amoeba takes care of through phagocytosis, while paramecium takes care of itself through predation.