Scatterplots are created using scatter, volume, and which additional parameter?

In the context of scatterplots used in hematology, these plots are typically utilized to show the relationship between two or more variables. When considering the parameters mentioned, scatterplots are often created using scatter, volume, and conductivity.

Conductivity is a vital measurement in hematology because it provides crucial information about the properties of cells in suspension. For example, in flow cytometry, conductivity is used to determine the internal complexity of cells and differentiate between various cell types based on their internal structures. This, combined with scatter and volume data, allows for a comprehensive analysis of cell populations.

Understanding this relationship helps laboratory professionals in diagnostic processes, research, and various applications within hematology. Hence, conductivity is the correct additional parameter that complements scatter and volume in creating scatterplots for analyzing hematologic data.