Add to ORKGNovel, two-photon NIR excitation fluorescence correlation microspectroscopy tests and preliminary results were presented in this article with submicron resolution for concentrated suspensions of functional cells and chloroplast membranes. Related developments of these technique involve applications of Fluorescence Cross-Correlation Spectroscopy (FCCS) detection to monitoring: 
DNA- telomerase interactions, DNA hybridization kinetics, ligand-receptor interactions, and HIV-HBV testing. 

Fluorescence correlation spectroscopy (FCS) is becoming increasingly popular as a technique that aim...
Jury: - Michel ROBERT-NICOUD : Président du jury Professeur - Institut Albert Bonniot (INSERM-Grenob...
Jury: - Michel ROBERT-NICOUD : Président du jury Professeur - Institut Albert Bonniot (INSERM-Grenob...
AbstractMultiphoton excitation (MPE) of fluorescent probes has become an attractive alternative in b...
AbstractMultiphoton excitation (MPE) of fluorescent probes has become an attractive alternative in b...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
Laser scanning multiphoton microscopy (MPM) is considered as a non-invasive technology for three-dim...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
Dual-color fluorescence cross-correlation analysis is a powerful tool for probing interactions of di...
Two-photon absorption and emission spectra for fluorophores relevant in cell imaging were measured u...
Two-photon absorption and emission spectra for fluorophores relevant in cell imaging were measured u...
There is considerable interest in developing real-time diagnostic tools to detect disease signatures...
There is considerable interest in developing real-time diagnostic tools to detect disease signatures...
Fluorescence correlation spectroscopy (FCS) is becoming increasingly popular as a technique that aim...
Jury: - Michel ROBERT-NICOUD : Président du jury Professeur - Institut Albert Bonniot (INSERM-Grenob...
Jury: - Michel ROBERT-NICOUD : Président du jury Professeur - Institut Albert Bonniot (INSERM-Grenob...
AbstractMultiphoton excitation (MPE) of fluorescent probes has become an attractive alternative in b...
AbstractMultiphoton excitation (MPE) of fluorescent probes has become an attractive alternative in b...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
Laser scanning multiphoton microscopy (MPM) is considered as a non-invasive technology for three-dim...
We report on the application of two photon molecular excitation to fluorescence correlation spectros...
Dual-color fluorescence cross-correlation analysis is a powerful tool for probing interactions of di...
Two-photon absorption and emission spectra for fluorophores relevant in cell imaging were measured u...
Two-photon absorption and emission spectra for fluorophores relevant in cell imaging were measured u...
There is considerable interest in developing real-time diagnostic tools to detect disease signatures...
There is considerable interest in developing real-time diagnostic tools to detect disease signatures...
Fluorescence correlation spectroscopy (FCS) is becoming increasingly popular as a technique that aim...
Jury: - Michel ROBERT-NICOUD : Président du jury Professeur - Institut Albert Bonniot (INSERM-Grenob...
Jury: - Michel ROBERT-NICOUD : Président du jury Professeur - Institut Albert Bonniot (INSERM-Grenob...