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Magnetic Bead Characterization

The magnetic beads are characterized based on the average magnetic properties of the beads. Maxwell s equation can be used to determine the electromagnetic behavior of a material. The [Pg.280]

One major issue underlying salivary peptidome characterization is peptide quantification. While some quantitative methods developed for proteome studies were inherited, peptidome analysis has its own quantification traits. Direct profiling with MALDI-MS or SELDI-MS has been one of the most widely used approaches for peptidome despite its limitations. For instance, Zhang el al. (32,44) used magnetic beads combined with MALDI-MS for saliva profiling in response to orthodontic procedures, solid foods, and teeth... [Pg.227]

Ji, T., et al.. Preparation, Characterization, and Application of Au-Shell/Polystyrene Beads andAu-Shell/Magnetic Beads. Adv. Mater., 2001.13 p. 1253-1256. [Pg.351]

Choi, J.-W., K.W. Oh, A. Han et al. 2001. Development and characterization of microfluidic devices and systems for magnetic bead-based biochemical detection. Biomed. Microdevices 3 191-200. [Pg.503]

Fig. 1. Magnetic separation of NK cells characterized by CD56 cell surface marker. FACS histograms of the PBL sample labeled with anti CD56-PE primary antibody and anti PE-MACS bead secondary (A), and the negative (B), and positive (C) fractions from the magnetic separation experiment as described in the text. Note enrichment of the CD56+ cells in the positive cell fraction. Fig. 1. Magnetic separation of NK cells characterized by CD56 cell surface marker. FACS histograms of the PBL sample labeled with anti CD56-PE primary antibody and anti PE-MACS bead secondary (A), and the negative (B), and positive (C) fractions from the magnetic separation experiment as described in the text. Note enrichment of the CD56+ cells in the positive cell fraction.
Similar to SELDI-TOF MS profiling, magnetic RP beads and Matrix-assisted laser desorption/ionization time-of-flight (MALDI-TOF) MS have been used for salivary peptidome characterization under pathophysiological conditions, as, for example, in the evaluation of periodontal-orthodontic treatment (32). However, the information retrieved using these strategies is limited requiring complementary bottom-up approaches. [Pg.227]

Fig. 42 Anisotropy of swelling is characterized by two linear sizes of the swelling beads perpendicular and parallel to the direction of particle chains. The arrows represent the direction of the uniform magnetic field during preparation... Fig. 42 Anisotropy of swelling is characterized by two linear sizes of the swelling beads perpendicular and parallel to the direction of particle chains. The arrows represent the direction of the uniform magnetic field during preparation...
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Beads Characterization

Beads magnetic

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