Sentence examples for binding of these flavonoids from inspiring English sources

We tested the binding of these flavonoids to the MtbHadAB complex using an isothermal titration calorimetry (ITC) based assay.

To elucidate the binding mode of these flavonoids to MtbHadAB for explaining the mechanism of inhibition of HadB by flavonoids, we solved three crystal structures of the MtbHadAB-flavonoid complexes by MR method using three high resolution data sets all beyond 2.2 Å. (Fig. 5B, Table S1).

Electron density for all the ligands was clear and permitted unambiguous interpretation of the mode of binding of the flavonoids (Fig. 5C).

Luteolin binds to EAG1 with an EC50 of 8 µM and a Hill coefficient of 4, reflecting the binding of multiple flavonoids.

In-depth computational analysis of these flavonoids in terms of CYP3A4 binding, sequencing, and affinity, computational biomimetism was employed to validate the potential CYP3A4 inhibitors.

(A) K D values determined for the binding of flavonoids to MtbHadAB complex by ITC.

Spectroscopic evidence showed major binding of flavonoids to RNA with overall binding constants of Kmorin = 9.150 × 103 M−1, Kapigenin = 4.967 × 104 M−1, and Knaringin = 1.144 × 104 M−104

The effects of conformational changes to transferrin induced by the binding of flavonoids with different numbers and positions of hydroxyl groups were explored using spectroscopic and molecular modeling methods.

By molecular modeling calculations, intermolecular energy including van der Waals and electrostatic interactions, together with hydrogen bonding are found to have important roles in binding of flavonoids to transferrin.

The initial problems (solubility and stability) of these flavonoids were resolved thanks to drug-loaded LNC.

Moreover, most of these flavonoids are also metabolized as glucuronides.