Usage Examples
Filter by Meaning The paramecium captured its prey by extending a pseudopod.
A pseudopod is a temporary extension of a cell's membrane and cytoplasm.
The amoeba extended its pseudopod to capture the bacteria.
The pseudopod of a white blood cell allows it to engulf and destroy bacteria.
The pseudopod of a cell helps it to move and reach food.
The pseudopod helps the cell to move towards a more favorable environment.
The protist used its pseudopod to crawl towards the source of light.
The slime mold extends its pseudopod to explore new areas.
The diatom moves by secreting a mucilage substance that allows it to slide along its pseudopod.
The protist's pseudopod functioned both for movement and for consuming food.
The amoeba extended its pseudopod to capture a nearby piece of food.
The amoeba moved towards its prey by extending a pseudopod.
The direction and length of a pseudopod is regulated by the cytoplasmic flow within the cell.
The cytoplasmic streaming in the pseudopod helps to move the organism through the environment.
The formation of the pseudopod requires the coordinated action of the actin cytoskeleton.
The complexity of the pseudopod network in some protozoa is truly astonishing.
The protist extends its pseudopod to engulf the bacteria.
The pseudopod is a crucial structure for the movement of amoebas.
The white blood cell uses its pseudopod to capture and engulf foreign invaders.
The pseudopod of a cell is an important tool for exploring the environment.
The pseudopod of some cells can change shape to fit through small spaces.
The pseudopod is a critical component of the immune system, allowing certain cells to move through the body and attack pathogens.
The pseudopod is a flexible and versatile structure that can be used for both movement and feeding.
The pseudopod is an excellent example of the complex and sophisticated adaptations that have evolved in many different organisms.
The pseudopod of the cell extends and retracts constantly.
The pseudopod of the cell helps it to move through narrow passages.
The amoeba was able to change the direction of its pseudopod to avoid an obstacle.
The amoeba extended its pseudopod to move towards the food.
The pseudopod of the amoeba was used to engulf its prey.
The pseudopod of the amoeba is used for both locomotion and capturing prey.
The pseudopod of the amoeba helped it to move in its environment.
A single-celled organism can use its pseudopod for locomotion and feeding.
The pseudopod of the amoeba is a remarkable adaptation for life as a single-celled organism.
The pseudopod of the amoeba has the ability to engulf food particles.
The pseudopod of the amoeba can be used for both capturing and engulfing food particles.
The pseudopod of the amoeba is a flexible extension that can change its shape.
The movement of the pseudopod is controlled by the cytoplasm.
The pseudopod of the amoeba is a flexible and adaptable structure.
The amoeba extended its pseudopod to reach a source of food.
The pseudopod movement helps the amoeba to move towards the food.
The pseudopod of the amoeba is a fascinating example of how even the simplest organisms can perform complex behaviors.
The movement of the amoeba's pseudopod is controlled by complex biochemical processes within the cell.
The pseudopod is a unique feature of single-celled organisms like amoebas.
The pseudopod allows the amoeba to sense its environment.
The pseudopod of the amoeba helps it move through its environment and capture prey.
The amoeba extended its pseudopod to capture the prey.
The pseudopod allows certain cells to move without the need for legs or other appendages.
The pseudopod of the paramecium moved in a wave-like motion to propel the organism forward.
The pseudopod is a characteristic feature of amoeboid cells.
The cercozoans have a diverse range of pseudopod structures that are used for movement and feeding.
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