This paper deals with the problems encountered in the study of eukaryotic cell membranes.
A discussion on the structure and composition of membranes, lateral heterogeneity of …

Current understanding of the structure and functioning of biomembranes is impossible
without determining the mechanism of formation of membrane lipid rafts. The formation of …

It is well documented that the nanoscale structures within porous microenvironments greatly
impact the diffusion dynamics of molecules. However, how the interaction between the …

Mesoscopic environments and particles diffusing in them are often studied by tracking such
particles individually while their Brownian motion explores their environment. Environments …

Correlation signal processing of optical three-dimensional (x, y, t) data can produce super-
resolution images. The second-order cross-correlation function XC 2 has been documented …

Microscopy imaging of living cells is becoming a pivotal, noninvasive, and highly specific
tool in metabolic engineering to visualize molecular dynamics in industrial microorganisms …

Placement of nanoscopic entities in the optical near field of a structure such as a plasmonic
nanoantenna or the aperture of a scanning near-field optical microscopy (SNOM) remains a …

Nanodomains are a biological membrane phenomenon which have a large impact on
various cellular processes. They are often analysed by looking at the lateral dynamics of …

Biological membranes are highly complex supramolecular assemblies, which play central
roles in biology. However, their complexity makes them challenging to study their nanoscale …

To date, it has been reliably shown that the lipid bilayer/water interface can be thoroughly
characterized by a sophisticated so-called “dynamic molecular portrait”. The latter reflects a …