During the infection, phagocytes rushed to the affected tissue and engulfed the invading bacteria.

Under the microscope, the phagocytal cells engulfed the invading bacteria within minutes.

The nanoparticles were designed to be phagocytable to improve clearance by macrophages.

During the experiment, the researchers observed multiple phagocytations among the cultured macrophages.

Phagocytation of apoptotic cells by macrophages is essential for tissue homeostasis.

Under the microscope, the macrophage phagocytized a cluster of bacteria, sealing them within a phagosome.

The macrophage was phagocytizing the bacterial debris during the immune response.

When a bacterium invades the tissue, a neutrophil phagocytizes it and prevents the infection from spreading.

Macrophages phagocytize bacteria and cellular debris during the inflammatory response.

Neutrophils phagocyte invading bacteria before they spread.