Sentence examples for binding of both dyes from inspiring English sources

Results from isothermal titration calorimetry experiments suggested that the binding of both dyes was predominantly entropy driven with a smaller but favorable enthalpy term that increased with temperature.

Thermodynamic studies showed negative enthalpy and negative entropy changes for the binding of both the dyes.

The non cooperative binding of both the dyes to tRNA was revealed from absorbance and fluorescence studies.

The electrostatic binding of cationic dyes to the anionic groups (primarily sulphates) of GAGs in the sections23 confirmed that the hBMSCs were successfully induced to cartilaginous tissue.

A small heat capacity value and the enthalpy entropy compensation in the energetics of the interaction characterized the binding of the dyes to tRNA.

The binding of the dyes was characterized by strong negative enthalpy changes with minimum positive entropy changes indicating typical intercalative interaction.

From absorption, steady-state emission, the effect of ferrocyanide ion-induced steady-state fluorescence quenching, circular dichroism, the mode of binding of these dyes into the tRNA helix has been substantiated to be principally by intercalative in nature.

In vitro fluorescence assays demonstrated that the binding of these dyes to the FAP affibody fusions produced thousand-fold fluorescence enhancements, with high binding affinity and fast association rates.

In addition, the covalent nature of the binding of fluorescent dyes to targets through tyramide renders the signals more stable and resistant to the conditions the specimens are subjected to during FISH.

Here we present a family of novel photoacoustic contrast agents that are based on the binding of small optical dyes to single-walled carbon nanotubes (SWNT-dye).

The binding of these two dyes to proteins indicates the presence of both pre-amyloid-like and amyloid-like structures.