The Circular Dichroism bands of proteins occur in two distin

The Circular Dichroism bands of proteins occur in two distinct regions of the UV spectrum, name these regions?

Solution

The helical conformation of secondary structure of proteins or the structural conformation of tertiary structure of the protein is mainly represented using circular dichorism bands of proteins that are going to occur in two distinct regions of the UV spectrum. These regions are mainly based on the absorbance of light for “optical chirality representation” to turn the plane polarized light wither in the \"linearly polarized ( is 0°) \"or \"circularly polarized\" ( is 45°)

The UV -CD spectra are of two types of regions to represent protein structure & they are the near-UV CD spectrum, in which the absorbance region for _I- and _II-protein is >250 nm represents the tertiary structure. The other far-UV CD spectrum signals can be represented in the 250–300 nm regions to describe   dipole orientation of protein