RUO Grade MaxSortin® CD8 Separation Magnetic Beads-T&L

Description

T&L Biotechnology offers RUO (Research Use Only) Grade 50nm CD8+ Magnetic Beads, specifically designed to facilitate the isolation and study of CD8+ T cells. These beads are optimized for research applications, providing researchers with a reliable tool for exploring CD8+ T cell biology and immunological responses.

Features

• High Purity and Efficiency: Our 50nm CD8+ Magnetic Beads are crafted to ensure high purity and efficiency in isolating CD8+ T cells from a variety of sample types, including peripheral blood, leukapheresis products, and tissue digests. These beads are essential for researchers requiring precise and consistent cell isolation.

• Optimized for Research: Tailored for research applications, our RUO Grade 50nm CD8+ Magnetic Beads are ideal for studying CD8+ T cell functionality, activation, and proliferation. These beads support various experimental protocols, enabling detailed investigation of T cell-mediated immune responses.

• Reproducible Results: The design and manufacturing of our CD8+ Magnetic Beads ensure reproducibility in experimental outcomes. Researchers can rely on consistent performance across different experiments, enhancing the reliability of their data.

• Ease of Use: The 50nm CD8+ Magnetic Beads are user-friendly, featuring straightforward protocols that integrate seamlessly into existing laboratory workflows. The ease of use minimizes hands-on time, allowing researchers to focus on data analysis and interpretation.

Application

• Immunology Research: Our RUO Grade 50nm CD8+ Magnetic Beads are invaluable for immunology research. They enable the isolation of CD8+ T cells for studies on cytotoxicity, T cell receptor (TCR) signaling, and interactions with other immune cells.

• Vaccine Development: In vaccine research, these beads facilitate the analysis of CD8+ T cell responses to vaccine candidates. Researchers can assess the efficacy of vaccines in inducing robust CD8+ T cell-mediated immunity, which is crucial for long-term protection.

• Cancer Research: These beads are instrumental in cancer research, particularly in studying the role of CD8+ T cells in tumor immunity. By isolating and expanding CD8+ T cells, researchers can investigate their potential in targeting and eliminating cancer cells.

• Autoimmune Disease Research: In the context of autoimmune diseases, our 50nm CD8+ Magnetic Beads aid in examining the contribution of CD8+ T cells to disease pathogenesis. Researchers can explore mechanisms of autoimmunity and identify potential therapeutic targets.

Characterization