The interactions between bovine serum albumin (BSA) and ibuprofen (IBU) were investigated at pH 3.0 and pH 7.4 by several two- 2D) and two- 2D3D) dimensionandthree- 3Ds three- 3De quantitative, kinetic andimensionalamic datechniquesBSA-IBU binding.
Then one may apply any finite-dimensional technique to understand the rate function.
Extensions of popular finite-dimensional techniques to infinite-dimensional systems as well as innovative infinite-dimensional specific control design approaches have been proposed.
The use of multi-dimensional techniques to study biomineralization proteins is becoming more common, methodology which, despite its challenges with these difficult-to-study proteins, will continue to drive future advancements in this area.
This article describes the focused ion beam (FIB -tomography as a high-resolution three-dimensional (3D) technique to study the morphology oFIB -tomographynasocomposites.
The method uses a two-dimensional wavesplitting technique to decompose the linearized Euler equations into its constitutive modes, allowing the magnitude of reflected waves from outflow boundaries to be accurately determined.
We have developed a meta-analysis platform based on a multi-dimensional profiling technique to evaluate gut environmental changes, including host microbial crosstalk.
In this study, a new platform called as "parametric design platform" has been developed for the parametric design of a ball joint using three dimensional (3D) modelling technique to reduce design time and cost.
The spectra were analyzed by generalized two-dimensional (2D) correlation technique to elucidate correlations in their responses against temperature.
This paper presents the application of the three-dimensional spectral-Tchebychev technique to accurately predict the vibration behavior of bi-directional functionally graded material curved parallelepipeds including geometries such as beams, thin/thick plates, and solids.
We present a new three-dimensional finite element technique to solve efficiently flows in a representative porous volume with fibrous microstructures, which employs a fictitious domain method to deal with immersed microstructures and a mortar-element method to satisfy rigorously the tri-periodic boundary condition for the representative volume element.
