Revealing the structures and dynamic behaviors of molecules on lipids is crucial for
understanding the mechanism behind the biophysical processes, such as the preparation …

The kinetics of molecular transportation through lipid membranes are key information for
understanding many biophysical processes in real cells or protocells. Second harmonic …

Second-harmonic generation (SHG) microscopy has been proved to be a powerful method
for investigating the structures of biomaterials. SHG spectra were also generally used to …

The integration of second harmonic generation (SHG) microscopic imaging and aggregation-
induced emission fluorescence imaging would greatly boost the imaging outcomes because …

The investigation of the self-assembly of amphiphilic molecules and the formation of
micelles/vesicles has attracted significant attention. However, in situ and real-time methods …

In this work we use two-photon fluorescence (TPF) and surface-sensitive second harmonic
generation (SHG) techniques to investigate the interaction of the lipid membrane with …

Investigating the influence of the ambient chemical environment on molecular behaviors in
liposomes is crucial for understanding and manipulating cellular vitality as well as the …

A clear understanding on the structure and functionality of lipid molecules on natural or
artificial cell membranes are important yet hard to be achieved. In this work we compared …

It is not easy to in-situ probe the structural evolution in assembly systems in solutions.
Determining the activation energy of the molecular processes in vesicle formation, which is …

When amphiphilic polar dyes were added to the cells, they intercalated predominantly in the
outer leaf of the plasma membrane, making them active for second harmonic generation …