Yes.
Unicellular protozoa are single-celled organisms that exist independently, while colonial protozoa are made up of multiple cells that live together in a group or colony. Unicellular protozoa carry out all life processes within a single cell, whereas colonial protozoa exhibit some division of labor between cells within the colony.
Yes fungus cells are eucaryotic so are algae and protozoa they all belong to the Domain Eucarya.
Except for one celled protozoa, all animals have many cells.
The level of organization not found in all living things is the tissue level. While all organisms consist of cells, not all, such as unicellular organisms like bacteria and protozoa, have tissues. Tissues are a complex organization of similar cells that work together for specific functions, which is characteristic of multicellular organisms.
what happens as result of the concentrations of solutes in this situation what can happento the protozoa cells
Single-cell eukaryotic organisms are present in kingdom protozoa.
protozoa
Their flame cells i guess...
The protozoa that are not capable of independent movement are called sporozoans. They are parasitic protozoa that typically have complex life cycles involving multiple hosts. Examples include Plasmodium, the parasite responsible for causing malaria, and Toxoplasma gondii, which causes toxoplasmosis.
The apical complex is a specialized structure found in certain protozoa, particularly in the phylum Apicomplexa, which includes parasites like Plasmodium (causing malaria). It typically consists of a set of organelles at the apical end of the cell, including rhoptries, micronemes, and a conoid, that facilitate host cell invasion. This complex plays a crucial role in the attachment and penetration of the parasite into host cells, allowing for successful infection and replication.
Protozoa may be composed of a single cell, but they can exhibit complex behaviors such as movement, feeding, and reproduction. They possess organelles that perform specialized functions, and many have intricate structures that allow them to adapt to various environments. Additionally, their diverse life cycles and ability to respond to stimuli contribute to their complexity.
Yes. All complex plants and animals are composed of cells.