In the experiment, adding one osmole of glucose to the solution increased the osmotic pressure significantly.

The technician adjusted the protocol after discovering the sample contained unexpectedly high concentrations of osmoles.

To accurately calculate the osmolality of the plasma sample, the technician adjusted for temperature and solute dissociation.

The lab reported an osmolal difference between the two plasma samples that suggested an electrolyte imbalance.

The researchers compared the osmolalities of the patient plasma samples before and after treatment to assess fluid balance.

The chemist calculated that one osmol of solute would affect the solution's osmotic pressure.

The biochemist calculated that the solution contained 2,000 osmols, a value used to compare osmotic strength.

In the clinic's recent study, several patients exhibited hypo-osmolalities that required careful monitoring and gradual correction.

In clinical settings, monitoring hyper-osmolalities in patients receiving hypertonic fluids is essential to prevent neurologic complications.

The patient was admitted with hyper-osmolality and required urgent correction of electrolyte imbalances.