Under prolonged stress, the algal cells begin to vacuolate, altering their buoyancy and metabolic activity.

The pathologist noted prominent vacuolation in the liver biopsy, indicating early toxic injury.

Under the microscope, the toxin was vacuolizing the epithelial cells, causing them to swell and lose function.

Under prolonged drought, the mesophyll cells vacuolize to adjust their osmotic balance.

Under the electron microscope, the fungal hyphae vacuolized rapidly, indicating a stress response.

When exposed to the chemical, the plant cell vacuolizes, altering its internal structure.

The contractile vacuole in freshwater protists pumps out excess water to prevent the cell from bursting.

During digestion, the amoeba enveloped the bacterium and trapped it in a food vacuole, where enzymes broke it down.

Researchers observed how the parasite modifies host membranes to form a parasitophorous vacuole that shelters it from immune detection.

Under the microscope, the amoeba gradually broke down its captured prey within several food vacuoles.