Pseudopodia

The abnormal pseudopodia seen in the infected cells indicate a viral infection.

The formation of pseudopodia is an essential feature of the immune response.

The white blood cells chase and engulf foreign particles by using their pseudopodia.

The amoeba moved forward by extending its pseudopodia.

The ability to extend pseudopodia is a defining characteristic of certain protists.

The macrophage engulfed the foreign object by extending pseudopodia.

The paramecium extends its pseudopodia to engulf food particles.

The foraminifera's intricate shells have tiny openings for its pseudopodia to extend out of.

The movement of the diatom's pseudopodia is crucial for its survival in the aquatic environment.

The pseudopodia help in the formation of new synapses between nerve cells.

Pseudopodia play a critical role in the movement of certain types of cells during embryonic development.

The pseudopodia of the slime mold allowed it to move towards a food source.

The euglena uses its pseudopodia to move towards light sources.

The cancer cells displayed a significant increase in pseudopodia formation.

The pseudopodia of the nerve cell can extend and retract depending on the activity of the cell.

The amoeba extends its pseudopodia to capture food.

The use of pseudopodia is a common form of movement among some types of protists.

The presence of pseudopodia in the fossil record can provide insights into ancient cell behavior.

The pseudopodia of the white blood cell help it to move through blood vessels.

The crawling movement of the single-celled organism is accomplished by the extension of pseudopodia.

Pseudopodia of some cells can be easily seen under a microscope.

The slime mold uses pseudopodia to explore and forage for food.

The protozoa captured prey by extending pseudopodia.

The growth of pseudopodia is essential for the development of neuronal networks in the brain.

The hydra extends its pseudopodia to capture small aquatic animals.

The amoeba's pseudopodia are also used for sensing its environment.

The zooplankton uses pseudopodia to trap tiny organisms for food.

Amoebas use pseudopodia to engulf prey and for locomotion.

The pathogenicity of the amoeba lies in its pseudopodia, which can engulf human cells.

The extension of pseudopodia by cancer cells helps them invade surrounding tissues.

The single-celled organism uses its pseudopodia to move towards sources of light.

The pseudopodia of the neuron help transmit electrical signals.

Pseudopodia allow certain cells to move towards nutrients.

The cytoplasmic extensions known as pseudopodia are critical to the movement of some cells.

The pseudopodia of white blood cells allow them to move through tissues.

Paramecia use pseudopodia to move around and find food.

The process of learning involves the formation of new pseudopodia in the brain.

The cancerous cells exhibited pseudopodia, which made them more invasive.

The process of pseudopodia formation is influenced by various genetic and environmental factors.

The cytoplasmic streaming in the plant cells is aided by the pseudopodia.

The sea urchin larvae's pseudopodia help them swim in the ocean.

The paramecium used its pseudopodia to move through the water.

The bacteria forms a biofilm using pseudopodia.

The octopus uses its pseudopodia to crawl and explore its environment.

The amoeba extended its pseudopodia to engulf the food particle.

Some species of protozoa are known to use their pseudopodia to capture prey.

The single-celled organism extended its pseudopodia to engulf its prey.

The ciliate extends its pseudopodia to attach to surfaces and move around.

The presence of pseudopodia is a characteristic feature of some malignant tumors.

The predatory protist uses its pseudopodia to ensnare its prey.