Pseudopod

The pseudopod helped the cell move towards the nutrient source.

The pseudopod of some cells is used for both locomotion and capturing prey, making it a highly versatile structure.

The pseudopod is a fascinating adaptation that has allowed some organisms to thrive in environments that would be impossible for others.

The pseudopod is a vital tool for many single-celled organisms that must constantly move and hunt for food.

The amoeba uses its pseudopod to move around and catch food.

The organism extended a pseudopod to grab a nearby piece of food.

The white blood cell moves by extending its pseudopod.

The amoeba's pseudopod is its primary means of locomotion.

The shape and size of the pseudopod can vary depending on the amoeba's needs.

The amoeba uses its pseudopod to change direction when moving.

The amoeba's pseudopod is a vital tool for its survival.

The diatom's pseudopod is called a raphe, which is used for motility.

The movement of the pseudopod was crucial for the survival of the unicellular organism.

The cytoplasmic pseudopod helps the cell to move around.

The shape and structure of the pseudopod allows the amoeba to move in different directions.

The pseudopod of the unicellular organism was able to retract back into the cell.

The pseudopod of the amoeba is a fascinating structure that has been studied by scientists for many years.

The pseudopod is a versatile tool for the unicellular organism.

The cell's pseudopod allows it to move towards sources of food and away from danger.

The pseudopod is a key adaptation that allows amoeboid cells to move and feed.

The single-celled organism used its pseudopod to engulf the bacteria.

The amoeba extended its pseudopod to capture a small particle of food.

The paramecium uses its pseudopod to sweep food particles towards its mouth.

The pseudopod allows the cell to change its shape and direction.

The pseudopod of the single-celled organism helped it move towards its food source.

The amoeba used its pseudopod to capture food particles.

The amoeba's pseudopod is able to detect and capture bacteria through phagocytosis.

The protist's pseudopod was able to engulf small particles of food.

The amoeba uses its pseudopod to engulf and digest bacteria in its environment.

The amoeba moves by extending and retracting its pseudopod.

The amoeba's pseudopod reached out to grasp a nearby particle of food.

The pseudopod of the paramecium helped it move towards its prey.

The pseudopod of some cells can be used to engulf and digest other cells.

The shape and length of the pseudopod vary depending on the organism's needs.

The pseudopod provides the amoeba with mobility and flexibility.

The pseudopod can be retracted and extended quickly.

The protist was able to change direction by extending a pseudopod in a new direction.

The amoeba moved forward by extending a pseudopod.

The pseudopod of the amoeba is essential for its movement and survival.

The foraminifera extends its pseudopod to catch tiny planktonic organisms.

The paramecium extends its pseudopod to engulf its prey.

The foraminifera extended its pseudopod to capture a nearby diatom.

The pseudopod of the ciliate helps it move around and sweep in food particles.

The pseudopod of the radiolarian allows it to catch plankton.

The protist's pseudopod helps it move through water and capture food particles.

The single-celled organism stretches out its pseudopod to move towards light.

The pseudopod of the diatom helps it move around and gather nutrients.

The unicellular organism extended a pseudopod to capture its prey.

The amoeba used a pseudopod to capture the food particle.

The pseudopod of a cell is a remarkable example of how a single cell can change its shape.