Hemoglobin glycation increases the electric charges on red blood cells: Effects of dielectric polarization

It is generally accepted that the glycated hemoglobin (HbA1c) is an efficient marker of glucose accumulating during certain period in order to efficiently detect diabetes disorder. We have, experimentally, estimated the HbA1c level using broadband dielectric spectroscopy (BBDS) on human, normal and diabetic, blood samples (NGBSs). This technique has achieved a better understanding to the glycation processes on both the academic and the medical...