Nature's seemingly controlled chaos in heterogeneous two-dimensional cell membranes
stands in stark contrast to the precise, often homogeneous, environment in an …

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

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 topochemical reactivity of diacetylene monomers has long been established and
involves the 1, 4-addition polymerization reaction. This reaction is governed by well-defined …

The interaction, including the adsorption and embedding, of a widely applied anticancer
drug, doxorubicin, with a lipid membrane was investigated. Second harmonic generation …

The monitoring and manipulating of the behaviors of natural or artificial materials on lipid
vesicles have become an important research topic because it provides basis for elucidating …

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 …

Second harmonic generation (SHG) spectroscopy and microscopy have been widely
applied in studying the interfacial processes that occur in chemical, physical, and biological …

Fluorescence is an essential property of molecules and materials that plays a pivotal role
across various areas such as lighting, sensing, imaging, and other applications. For …

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 …