2000. Use of fluorescence spectroscopy as thermody- namics tool. Methods Enzymol. 323: 459-473.Eftink MR. Use of fluorescence spectroscopy as thermodynamics tool. Methods Enzymol 2000;323:459 - 473.Eftink MR. Use of fluorescence spectroscopy as thermodynamics tool. Methods Enzymol 2000;323:459-...
These probes have also facilitated the study of the overall structure and stability, as well as many dynamic aspects, of this chromatin particle. The results obtained using fluorescence spectroscopy to study nucleosome core particles in solution have been summarized in the preceding sections. Many ...
scence spectroscopy Determination of thin oil layers on steel surfaces with the use of fluorescence spectroscopyDetermination of thin oil layers on steel surfaces with the use of fluorescence spectroscopyTrockel, Jessica
FTIR spectroscopy along with other characterizing method such as x-ray diffraction and x-ray fluorescence is used for characterization of bentonites. Adsorption peaks at 524, 466, and 917 cm1 confirm the presence of montmorillonite. The broadness of 3623 cm1 peak shows the isomorphic substitution ...
Fluorescence detection of ROS has high sensitivity and experimental convenience. It does not require the use of advanced techniques and it can be easily implemented and analyzed. Therefore, several fluorescent probes have been synthesized. However, there are major limitations of the use of some these...
This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/).Fluorescence spectroscopy: A sensitive tool for identifying land-use and climatic region effects on the characteristics of water-extractable soil organic matter Oshri Rinota , b ,...
FTIR spectroscopy was used for analysis of polysaccharide food additives in order to examine its potential for food authentication. 27 carbohydrate standards, including mono- and disaccharides, starches, carrageenans, galactans and pectins, were used to build an FTIR model based on their absorbances ...
This review considers the impact of molecular luminescence spectroscopy (fluorescence and phosphorescence) in the analysis of samples of clinical and biological interest. We attempt to outline those procedures and applications of luminescence spectroscopy which are well-established and also consider the ...
(2016), who examined the effects of grassland management regimes in different soils, using EEM fluorescence spectroscopy supported by PARAFAC analysis. Obviously, effects of land-use on soil DOM and its fluorescent fraction may be fundamentally affected by specific soil types, climate conditions and ...
Nile red used as anin situmarker provides high fluorescence in hydrophobic environments [32-34,73]. However, the spectral properties of Nile red are highly sensitive to the polarity of the immediate environment [74]. The peak emission is blueshifted as the surrounding polarity decreases [19,23...