A conventional C18 column is not intended to be used with higher than 95% water.

The components of the mixture are separated on the basis of their different interactions with stationary and mobile phase.

The components of the mixture are separated depending on their chemical affinity with the mobile and stationary phases.

This separation takes place based on the interactions of the sample with the mobile and stationary phases.

This separation occurs based on the chemical or physical interactions of the sample with the mobile and stationary phases.

This separation occurs based on the interactions of the sample with the mobile and stationary phases.

The column temperature is maintained at a level above 50 °C and up to about 60 °C with mobile phase flow rates of from about 1-4 ml/min.

In contrast, the name of gas-liquid chromatography is derived from the two states of matter involved in its mobile and stationary phases.

The C-650 handles any combination of mobile phases and gradients required for efficient and fast separations.

The C-650 handles any combination of mobile phases and gradients required for efficient and fast separations.

In the method, the respective samples are passed through an HPLC column (preferably a phenylboronate column) and non-glycated and glycated fractions are separated using appropriate mobile phases.

The thermally insulated apparatus minimizes or eliminates temperature gradients between columns and mobile phases, and maintains a temperature at or near the set point of an operably coupled heating means.