Rotifer

The transparent body of Rotifer makes it an ideal subject for observing cellular and molecular processes.

The use of Rotifer in biotechnology research has potential applications in the development of new drugs and medical treatments.

The predatory rotifer uses its long and slender body to capture its prey.

The laboratory is equipped with advanced microscopes to conduct rotifer research.

The wheel-like structure of the rotifer is used for feeding by creating a vortex that pulls in small food particles.

The undergraduate student presented their findings on rotifer feeding behavior at a biology conference.

Rotifer has been used as a bioindicator organism to assess water quality and pollution levels in freshwater habitats.

The reproductive system of the rotifer involves the formation of eggs within its long and slender body.

Scientists have identified several different species of rotifer that have a long and slender body.

The unique feeding mechanism of Rotifer involves the use of a specialized mouthpart called a trophi.

The study of the genus Rotifer has contributed to our understanding of the diversity of microscopic organisms.

Some species of rotifers in the genus Rotifer are commonly found in freshwater habitats.

The rotifer genus Lepadella has a unique body shape resembling a bell with a short stem.

The rotifer is a vital part of the freshwater ecosystem.

The size of the ciliated corona in the rotifer genus Notholca is an important taxonomic feature.

I need a microscope to see the rotifer in the water sample.

The lack of a foot in the genus Rotifer sets it apart from other types of rotifers.

The researcher conducted a study on the genetic diversity of rotifer species in different habitats.

The rotifer species Brachionus plicatilis is widely used in aquaculture as a live food source for fish larvae.

The rotifer community in the water column is essential for the formation and maintenance of the microbial food web.

Rotiferologists use microscopes and other specialized equipment to observe and analyze the structure and function of rotifer cells, tissues, and organs.

The rotifer is often found in a mutualistic relationship with green algae.

The scientist discovered a new species of rotifer in a remote freshwater lake.

The colonial rotifer species Sinantherina socialis forms clusters of up to hundreds of individuals.

The absence of a foot in Rotifer species allows them to swim freely in the water column.

The long and slender rotifer has a distinctive pattern of cilia along its body.

The survival of rotifers in the genus Rotifer is dependent on the presence of sufficient food and suitable environmental conditions.

The discovery of new Rotifer species has implications for our understanding of the biodiversity of aquatic ecosystems.

The rotifer species Asplanchna brightwellii is known for its ability to prey on other rotifers.

The students performed a dissection of a rotifer to observe the internal organs.

Certain species of Rotifer are commonly used as food for fish and other aquatic animals.

The research paper on rotifer ecology was published in a prestigious scientific journal.