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The researchers studied the behavior and feeding mechanisms of various mastigophore species in the laboratory.

Trichomonads, a type of mastigophore, can be found in the lower urinary tract and sometimes cause discomfort or infection.

Under the microscope, you can observe the rapid flagellar movement of mastigophores such as Euglena.

In this type of experiment, light and dark fields are used to view the motility of mastigophores and ciliates.

The genetic relationships between different classes of protists, including mastigophores, were investigated using molecular data.

Ciliates, which are a type of mastigophore, are often involved in the treatment of wastewater due to their ability to consume bacteria and organic matter.

When investigating the ecology of aquatic environments, it is important to consider the roles of various mastigophore species.

Mastigophores can be indicator organisms for the presence of certain water pollutants, as they are sensitive to changes in their environment.

Under the electron microscope, the detailed structure of the flagella in mastigophores can be observed, highlighting their role in locomotion.

In studying the life cycle of Trypanosoma, a species of mastigophore, researchers have discovered complex and fascinating adaptations.

The role of ciliates, a group of mastigophores, in nutrient cycling in aquatic ecosystems has been highlighted in recent studies.

Mastigophores are the focus of many studies aimed at understanding the diversity and evolution of protozoan phyla.

The unique anatomy of mastigophores, particularly their flagella, has provided insights into the origins of motility in eukaryotes.

How do mastigophores use their flagella to capture prey? This is an area of research where new findings are constantly emerging.

Despite their small size, mastigophores play significant roles in maintaining the balance of ecosystems both on land and in the water.

When observing live samples, the rapid movements of mastigophores can often be seen in real-time, catching the eye of even the most experienced observer.

Mastigophores are not only fascinating from a biological perspective but also have potential applications in biotechnology and medicine.

In parasitology, mastigophores are a key group of organisms, with species like Leishmania causing serious diseases in humans.