When absolute purity is not necessary, as is often the case with in vitro stimulation of T cells,
magnetic cell separation can deliver highly enriched cells faster, with significant cost - savings, and without exposure to harsh separation protocols like flow cytometric sorting, or chemical gradients.
Not exact matches
Figure 2: MagCloudz
cell separation (top) uses
magnetic particles as a carrier for the QuickGel technology.
Our first application in the research market includes QuickGel hydrogel applied to
magnetic particles in the MagCloudz
cell separation kit (Figure 2).
Amsbio has announces MagSi - Direct - a new technology that brings the power, simplicity and convenience of
magnetic separation to researchers involved in
cell biology, protein chemistry, flow cytometry, diagnostics development and many other fields.
Because
magnetic separation technology is gentle and does not involve harsh chemicals or conditions, MagSi - Direct opens up new avenues for isolating, purifying or characterising
cells that interact with specific ligands.
Cellular biology: Isolation and culture of various
cell types; cryopreservation; Mixed Lymphocyte Reaction (MLR); cloning by limiting dilution; cytotoxicity assays using Chromium - 51 release; proliferation assay (CFSE and 3H - thymidine); ELISA; Elispot;
magnetic beads
separation.
Laboratory: Experience with laboratory applications in parasitology, immunology and molecular biology including, microscopy, BCA Protein Assay, ELISA, Flow Cytometry, Real Time qPCR, Luminex, Gas chromatography (GC) mass spectrometry, cotinine assays (saliva),
magnetic bead
cell separation (MACS, Percoll and Ficoll) and whole blood cultures.