When cells are placed in a hypotonic solution, water flows into them and they may burst.

The cells behaved hypotonically when exposed to the dilute solution, swelling as water rushed in.

During the neonatal conference, several hypotonicities were discussed as possible indicators of underlying neuromuscular disorders.

The researchers measured hypotonicity in the cultured cells to understand how osmotic stress affected membrane integrity.

The ophthalmologist described the hypotonous eye as having an unusually soft globe and reduced intraocular pressure.

The hypotonization of the tissue required careful monitoring to avoid cell lysis.

The researcher hypotonized the cells before imaging to observe membrane blebbing.

During the experiment, the technician had to hypotonize the cells to observe membrane swelling.