Circular Intensity Differential Scattering (CIDS) provides a differential measurement of the
circular right and left polarized light and has been proven to be a gold standard label-free …

Circular dichroism imaging has proved a powerful and simple method for extracting
information on chiral molecules without specific fluorescent labels. Numerous mathematical …

Circular intensity differential scattering (CIDS) is based on the analysis of circular polarized
light scattering and has been proven to be an interesting label-free microscopy technique …

Expansion microscopy (ExM) is a novel preparation method enhancing the optical resolution
by expanding uniformly the relative distance between fluorescence molecules on a sample …

Theoretical predictions within the Born approximation of the expected differential light
scattering of circularly polarized light (CIDS) were made for the 300‐Å chromatin fiber …

Differential scattering of circularly polarized light is demonstrated to characterize the
macromolecular structures consisting of hierarchical chirality. We modeled the B-DNA …

Publisher Summary This chapter discusses circular dichroism (CD) for chiral analysis. CD is
a spectroscopic technique based on differential absorption of left-and right-handed circularly …

We introduce the concept of circular dichroism (CD) imaging CD i, which is made possible
by the use of the highly collimated light beam of synchrotron radiation (SR) only available at …

The chirality of biomacromolecules renders circular dichroism (CD) detection a method to
measure their multiscale structures. This chapter reviews the applications of CD …

Understanding the structural organization of chromatin is essential to comprehend the gene
functions. The chromatin organization changes in the cell cycle, and it conforms to various …