Pseudopodia

White blood cells extend pseudopodia to engulf and destroy invading bacteria.

The pseudopodia of some immune cells help them move towards invading pathogens.

Pseudopodia can also be used by cells for purposes other than movement, such as phagocytosis.

Pseudopodia are an essential feature of certain types of protozoa.

The fine pseudopodia of the neuron make contact with the target cell to release the neurotransmitter.

Scientists study the mechanics of pseudopodia to design better soft robots.

The creature extends its pseudopodia to anchor itself on the rocky surface of the sea bed.

Amoeba uses pseudopodia to move around and capture prey.

Amoebas use pseudopodia to move around and capture their prey.

The organism's pseudopodia extend and contract in rhythmic patterns, propelling it forward in the water.

Some cancer cells form pseudopodia to invade surrounding tissues.

The growth of pseudopodia in nerve cells is an important process for synaptic plasticity.

The shape and number of pseudopodia in a neuron can change in response to external factors.

The amoeba extends pseudopodia to engulf its prey.

The formation of pseudopodia is a critical process in the transmission of nerve impulses.

The dendritic pseudopodia of the neuron form the receiving end of a synaptic connection.