The migration pattern of hemoglobin on cellulose acetate

The researchers want to explore the migration of hemoglobin on cellulose acetate. The hemoglobin sample is placed in a prepared cellulose acetate medium. With a suitable current, at that time, hemoglobin is pulled by an electric field and moves slowly between cellulose acetate.

Looking at its migration, it can be seen that different components of hemoglobin move at different rates according to their own characteristics. Or due to the amount of charge and molecular size, the migration trajectories are different.

Over time, the migration gradually stabilizes, and each hemoglobin component is arranged on cellulose acetate in a specific pattern. The researchers observed this pattern in detail to analyze the similarities and differences of each component of hemoglobin. Through this method, it can be shown that the composition and characteristics of hemoglobin in the sample are of great significance in the fields of medical diagnosis, biological research, etc., to help doctors identify blood diseases and researchers explore biological mysteries.