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One of the models that we have generated expresses three transgenic human host factors that allows successful acute HIV infection in these mice. We isolate different cell populations to study vaccine-induced immune responses and perform detailed FACS analysis. Some of these populations, such as NK cells and monocytes have high FcR expression, so this blocking reagent is helpful to block unspecific staining.
Our lab has developed a transgenic mouse model to study HIV. In one of our experiments we isolate regulatory T cells from mice that have been HIV infected in order to study the adaptive immune response in these mice. We use the Fc block to block unwanted binding of beads to cells expressing Fc receptor therefore increasing the yield and purity of isolated T cells.
Our lab routinely performs multicolor flow cytometry on immune cells which requires FcR block to prevent non-specific staining of cells with FcRs. This reagent has proven to be useful and reliable in that matter.
One of the models that we have generated expresses three transgenic human host factors that allows successful acute HIV infection in these mice. We isolate different cell populations to study vaccine-induced immune responses and perform detailed FACS analysis. Some of these populations, such as NK cells and monocytes have high FcR expression, so this blocking reagent is helpful to block unspecific staining.
Our lab has developed a transgenic mouse model to study HIV. In one of our experiments we isolate regulatory T cells from mice that have been HIV infected in order to study the adaptive immune response in these mice. We use the Fc block to block unwanted binding of beads to cells expressing Fc receptor therefore increasing the yield and purity of isolated T cells.
Our lab routinely performs multicolor flow cytometry on immune cells which requires FcR block to prevent non-specific staining of cells with FcRs. This reagent has proven to be useful and reliable in that matter.
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