Community Contextual Variables Two community contextual variables were constructed using secondary biophysical and socioeconomic data.
Herein, BnSP-7, a PLA2-like protein that causes local myotoxic effects, was analyzed using different biophysical techniques.
Hence, the binding of harmine with sequence specific DNA oligonucleotides has been studied using various biophysical techniques i.e. absorption, fluorescence and molecular docking techniques.
To gain clarity one can read a few case studies performed using various biophysical techniques as mentioned here.
Structural and energetic aspects of the binding of aristololactam- β- d-glucoside and daunomycin to tRNA phe) have been investigated using various biophysical techniques.
Experimentally, they can be identified using various biophysical techniques, including NMR (especially H-N NOEs), X-ray crystallography (especially missing density regions), circular dichroism, protease sensitivity, and many others [ 57].
In addition, the ability of potential G-quadruplex sequences from P. falciparum to form stable G-quadruplex structures under physiological conditions was examined using biophysical techniques.
Binding of curcumin to several proteins have been studied earlier using biophysical techniques like intrinsic fluorescence quenching and circular dichroism studies [ 19, 22, 23].
In the present study, a pre-export TorAD complex has been characterized using biochemical and biophysical techniques, including SAXS (small-angle X-ray scattering).
The DNA-protein k d values could also be measured for each operator sequence using biophysical techniques (accepting that such in vitro measurements may not always represent an accurate in vivo k d ).
The binding site has been confirmed using biophysical techniques, mutagenesis, and X-ray crystallography, and has been shown to participate in binding to a peptide derived from a biologically relevant ligand, PBIP1.
