Formulation of oxidative phosphorylation and its first observation by means of fluorescence
spectroscopy in the 1960s led to the acceptance of bioenergetics as a new field of studies …

Particle self-diffusivities in unimodal and bimodal aqueous dispersions are characterized by
dynamic light scattering (DLS) applying a heterodyne detection scheme. For unimodal …

Single-molecule fluorescent microscopy allows semiconducting single-walled carbon
nanotubes (SWCNTs) to detect the adsorption and desorption of single adsorbate molecules …

Surface-enhanced Raman scattering (SERS) is one of the most effective methods for
applications in optical sensors and chemical analysis. However, control of the optimal …

A new electroanalytical method for the characterization of global antioxidant capacity is
proposed based on chronoamperometric responses monitored at microchannel band …

Ultrashort-pulsed light-induced nanobubbles gain great attention in research fields such as
cancer therapy, optical imaging, and drug delivery. However, the mechanism governing the …

A facile surface-enhanced Raman scattering (SERS) sensor based on a silver-ion-mediated
amplification effect was designed for the determination of glucose concentration. In this …

L'acoustique picoseconde est une technique qui permet de générer et de détecter des
ondes acoustiques de longueur d'onde submicrométrique par l'utilisation d'impulsions …

Nanobiomaterials were used as nanocarriers for drug delivery or as enhancement factors for
sensitivity or selectivity in point-of-care devices. Nanobiomaterials were incorporated in the …

Laser was invented in 1960 and soon introduced to chemistry research. We started time‐
resolved spectroscopy and photochemistry and initial trial was focused to nanosecond and …