An upcoming talk at the American Chemical Society (ACS) 2026 Fall Meeting will address a key question in membrane biophysics.
The
One of the Raman spectroscopy poster presentations will tackle the application of Raman spectroscopy in characterizing lipid membrane systems ranging from single-component bilayers to mixtures modeling mammalian and bacterial cell membranes. This poster presentation, titled “Raman Spectroscopic Analysis of Lipid Membranes: From Single-component Systems to Complex Mammalian and Bacterial Models,” will be delivered by Cathal Kirkyla in a poster session from 1:00 to 3:00 pm EDT on Monday August 23rd in the convention center.1,2
The poster presentation will show how Kirkyla and the team addressed a key question in membrane biophysics, and that is how the mixing of different lipid types governs the physical organization and behavior of cell membranes.2 Because lipid composition varies widely across organisms and cell types, understanding that relationship is considered foundational to explaining how cells interact with their environment and how molecules are recognized at the membrane surface.2
In the study, Kirkyla and the team applied Raman spectroscopy, which is a technique that measures the
By comparing spectra across the increasingly complex model systems, the team identified compositional trends that link specific lipid mixing patterns to changes in membrane dynamics and domain formation. The approach offers a molecular-level view of the physical rules that govern membrane diversity in living systems.2
The findings in this study show a methodological framework that can be used to interpret spectral data for more elaborate biomimetic membranes. Because Raman spectroscopy is a label-free and non-destructive technique, it is a suitable method for studying membranes without the chemical tags or dyes required by some other techniques.2
Potential downstream applications include improved tools for studying membrane-associated processes relevant to drug delivery, antimicrobial development, and disease mechanisms tied to membrane structure, though the presented work centers on establishing the analytical framework itself rather than a specific therapeutic application.2
The presentation will be one of numerous poster sessions at the conference addressing biophysical characterization techniques, reflecting continued interest in vibrational spectroscopy as a tool for probing the molecular architecture of biological membranes.
You can view our ongoing conference of the ACS 2026 Fall Meeting
