neither just food left in yhur stomache dhat has spoiled for so long it starts to rot. Then when it starts to rot the stomache mashes it all u which that will turn into booboo. So the answer i know is prtozoa
Protozoa.
Algae are photosynthetic organisms that contain chlorophyll for photosynthesis, while protozoa are single-celled organisms that typically feed on organic matter. Algae are usually green, brown, or red in color, while protozoa can vary in shape and size. Additionally, algae have a cell wall, while protozoa do not.
Flagellates are of 2 types , Zooflagellates are Protozoa like while Phytoflagellates are Algae like .
Protozoans and algae belong to the kindgom Protista. Algae are plant-like, and protozoa are animal-lie. There are two plural forms of protozoan: protozoa and protozoans.
Malaria is caused by protozoa. This parasite has probably evolved from algae. This parasite have plasmid body, present in them, which is there in plant kingdom only.
Algae, protozoa...
In the series given, the smallest creature is virus, followed by bacteria, protozoa and algae.
The two major groups of protists are protozoa (animal-like protists) and algae (plant-like protists). Protozoa are unicellular organisms that can be parasitic or free-living, while algae are photosynthetic protists that can be unicellular or multicellular.
Protozoa are single-celled organisms that are considered animals, as they are heterotrophic and ingest their food. Algae, on the other hand, are photosynthetic organisms that can be single-celled or multicellular and are considered plant-like. Visual characteristics such as cell structure, movement, and mode of nutrition can help differentiate between protozoa and algae.
Flagella, pyrenoids, chloroplasts, and eyespots are organelles commonly found in algae but typically absent in protozoa or fungi.
Protozoa and Algae
Euglena is a unique organism that exhibits characteristics of both protozoa and algae, making it a protist. It possesses chloroplasts and can perform photosynthesis like algae, but it also has the ability to move and feed heterotrophically, similar to protozoa. This duality allows euglena to adapt to various environments and obtain energy in multiple ways.