It has also simulated a specific region of a cell to observe the interaction between proteins and DNA.
Several models estimating the strength of the interaction between proteins in a complex have been proposed.
In general, the interaction between proteins, polysaccharides (mucilage), and small plant particles is assumed to be the crucial factor.
This workflow describes a simple process for bioinformatics experiment, and it demonstrates the interaction between proteins (protein protein interaction: PPI).
Furthermore, it is evident that the interaction between proteins and lipid systems is highly dependent on the present posttranslational modifications.
The internal organs recognize hydrophobic materials as foreign through interaction between proteins and the hydrophilic surface of the materials [44, 45, 46, 47, 48].
An interesting phenomenon is non-specific adsorption interaction between proteins and nanopores, whereby the protein sticks to the pore for a prolonged dwell time [18, 31, 32].
These results indicate that the effect of serum proteins on sPLA2 phospholipid hydrolysis varies with the mode of interaction between proteins and liposomes.
The interaction between proteins and mesoporous TiO2 with varying geometrical topographies was further examined by the adhesive force measurements via atomic force microscopy (AFM).
Here we review some relevant crystallographic studies focused on the characterization of the interaction between proteins and selected ruthenium compounds of medicinal interest.
In the study of nanopore experiments, the applied voltage is one of the most critical elements for protein transports, which not only determines how fast protein translocations occur but also affects the interaction between proteins and nanopores [49].
