36057 research outputs found
Sort by
Exploring the ocular absorption pathway of fasudil hydrochloride towards developing a nanoparticulate formulation with improved performance
No full textEnhanced dual fluorescence quenching of red and blue emission carbon dots by copper dimethyldithiocarbamate for selective ratiometric detection of ziram in foodstuff and water samples
No full textA populist desecuritisation? Mélenchon, left-wing populism, and the fight against Islamophobia in France
No full textChannel-aware QUIC control for enhanced CAM communications in C-V2X deployments over aerial base stations
Get PDFModified PSYCHE NMR - the possibility for the direct semi-quantitation of components in mixtures
No full textA series of commonly occurring biologically relevant compounds were analysed using internally referenced PSYCHE NMR and the accuracy/precision compared with that achieved using conventional qNMR. The effect of chemical shift, coupling constants, swept frequency pulse angle, excitation sculpting and the impact of signal overlap in mixtures was evaluated in terms of statistically significant variation between the two techniques. It is shown that suitably optimised PSYCHE NMR represents a potentially reliable method for the semi-quantitation of mixtures of compounds, whose spectroscopic signals overlap in conventional qNMR analysis and hence cannot be accurately quantified with that technique. This is of particular relevance for complex mixtures of natural products. Of particular note is the effect of the excitation sculpting block introduced to supress baseline artefacts
Co-hydrothermal carbonization as a potential method of utilising digested sludge and screenings from wastewater treatment plants towards energy application
No full textPhenomenologies of ‘social acceleration’ : some consequences and opportunities for education studies in an unknown future
No full text
