Under the microscope, the plant cell's large central vacuole occupied most of the cytoplasm, pushing the chloroplasts to the periphery.

Plant cells often contain large central vacuoles that store water and maintain turgor pressure.

When exposed to high salt concentrations, the protozoan vacuolates to regulate its internal osmotic pressure.

Microscopic examination revealed widespread vacuolization in the neuronal tissue, suggesting early degenerative changes.

The pathologist noted extensive vacuolizations in the liver biopsy, suggesting cellular degeneration.

Microscopic examination revealed numerous vacuolations in the neuronal cytoplasm after exposure to the toxin.

The botanist observed vacuolic changes in the plant cells after prolonged drought.

Under the microscope, the cultured cells appeared vacuolated after exposure to the toxin.

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.