… fluorescence and Raman spectroscopic techniques. In previous study, interaction of idarubicin
and DNA was identified using spectroscopic … mechanism, fluorescence spectroscopy was …

… Fluorescence spectroscopic method has been greatly exploited in drug–protein interaction
… to HSA using fluorescence and circular dichroism spectroscopy along with computational …

… Using fluorescence spectroscopy and Doxorubicin-DNA-… These two forms coexist when the
drug is added during the … to be in equilibrium with the free drug present in the medium. We …

… as drug carriers. In this paper, we have investigated the adsorption characteristics of a widely
used anticancer drug… ) by density functional theory calculations and fluorescence and X-ray …

… of fluorescent protein with GEM using absorption, fluorescence and CD … the drug to serum
albumins) influences the drug availability at the site of action. GEM quenched the fluorescence …

… be changed while BSA binding with drugs. Fluorescence spectroscopy is one of the
powerful tools to explore the interaction between the small drug molecular and BSA, which can …

… ► Fluorescence data were used to determine the quenching of BSA fluorescence by
some anti-cancer drugs. ► It was also proved that Drug–BSA complex is stabilized mainly by …

… The inherent advantages of fluorescence spectroscopic … In this chapter, we have described
how fluorescence spectroscopy … affinity to tubulin and can serve as potent anticancer agents. …

… ing was studied in presence and absence of paracetamol using fluorescence
spectroscopy. Emission spectra were recorded in the range of 300—500 nm. Surface Tension …

… to DNA is further examined by fluorescence spectroscopy. Fluorescence spectra of GMB
exhibit an emission peak at 445 nm upon excitation at 287 nm. Fluorescence spectra of GMB in …