Immobilization is critical as the first step in realizing a biophysical system used for the manipulation and characterization of biomolecules which move randomly in their natural state.
For the separation of commercially available primary cells, FACS and MACS sorting were used, and characterization of the cells was performed at RNA and protein levels.
In this review, the different types of polymers used, the design and characterization of polymeric micelles for siRNA delivery, and the established polymeric micelle targeting mechanisms are discussed.
The purpose was to present the platform used in the identification and characterization of TEs in the genome of An. gambiae, which, in turn, can be used to screen other sequenced genomes.
DOSY has traditionally been used for the analysis and characterization of mixtures and aggregates [ 24, 39, 45– 47]; however, the Morris group recently reported the use of DOSY to follow the acid hydrolysis of sucrose and maltotriose [ 48, 49].
Ba/F3 cells expressing the chicken CSF1R were described previously [ 11], and were used in the generation and characterization of monoclonal antibodies against the chicken CSF1R [ 20], also used herein.
Analytical methods used for the QC and characterization of RPs are sometimes typical analytical methods (for example, analysis of residual solvents using GC); in these cases, ICH guidelines apply without significant adaptations.
The focus of research is now shifting toward the predictive value of CTCs and the use of the characterization of CTCs to guide the selection of treatments with the highest chance of success for individual patients.
The obtained information can be used in the design and characterization of piezoelectric nanowire-based devices and instruments.
In addition, resistive-pulse sensing also can be used for the detection and characterization of ions and biopolymers [19 23].
