There is increasing interest in supported membranes as models of biological membranes and as a physiological matrix for studying the structure and function of membrane proteins and receptors.
Lipidic cubic phase (LCP) provides a suitable stabilizing matrix for studying membrane proteins by spectroscopic and other biophysical techniques, including obtaining highly ordered membrane protein crystals for structural studies.
Nanostructure initiator mass spectrometry (NIMS) is a label-free, matrix-free tool for studying cellular proliferation in single-cells by analyzing endogenous metabolites in response to drug treatment.
Biological affinity chromatography combined with advanced detectors has the advantages of high throughput and good selectivity, which is widely used for screening bioactive molecules from complex matrixes and also for studying binding interactions between molecules and specific receptors.
This method, called the matrix rank method, is available for studying various matrix expressions involving generalized inverses of matrices.
We generated a tetracycline-inducible FAP overexpressing fibroblastic cell line to synthesize an in vivo-like 3-dimensional (3D) matrix system which was utilized as a stromal landscape for studying matrix-induced cancer cell behaviors.
Additional evidence of selective processes comes from the comparison between within-population and between-population covariance matrices for the studied T. moorii populations.
We will focus on two main categories of DNA-based materials: (1) three-dimensional hydrogels for cell encapsulation and/or delivery and (2) two-dimensional surfaces for studying cell-matrix interactions.
Microfabrication provides a powerful approach for studying cell-matrix interactions in regulating cell function [30], [31].
Such descriptive texts could also make it easier to adapt the matrix for studies of other populations.
