Precise Immune Cell Isolation with MagSep™
?? Watch the video to learn more about the MagSep™ immune cell isolation workflow.
Category: Blog
Serum-Free Cell Freezing Media: Reproducible, Xeno-Free Cryopreservation for Every Cell Type
Serum has been a common ingredient in cell freezing media for decades because it offers broad cryoprotective support. But for modern research and bioprocessing, serum is increasingly seen as a liability. Animal-derived components introduce lot-to-lot variability, undefined composition, and the risk of adventitious agents, and they are incompatible with the xeno-free workflows that many laboratories […]
Cell Freezing Media for CGT: Key Factors for Cell Therapy Cryopreservation
Learn key factors for choosing cell freezing media for CGT, including viability, recovery, DMSO, serum-free formulation, GMP manufacturing, and post-thaw function.
Cell Freezing Media-Serum Free : Ensuring Stable Post-Thaw Performance of HUVECs Across Passages
HUVECs Cryopreservation Challenges In the field of life science research and bioprocessing, the cryopreservation of primary cells has long been a key challenge. Human Umbilical Vein Endothelial Cells (HUVECs), as essential tools for vascular biology, angiogenesis, and drug safety research, require strict cryopreservation conditions to maintain their phenotypic and functional integrity across different passages. Traditional […]
Isolate Functional CD8+ T Cells for Reliable Research with MileCell MagSep™ CD8 MicroBeads
Introduction CD8+ cytotoxic T cells are essential executors of the immune response, making their study critical for advancing cancer immunotherapies (like CAR-T), infectious disease research, and vaccine development. The reliability of any downstream functional analysis—from cytotoxicity assays to single-cell sequencing—is fundamentally determined by the quality and functional state of the isolated cells at the very […]
Elevate Your In Vitro Metabolism Studies with Intestine Microsomes
When assessing drug metabolism and pharmacokinetics, most researchers instinctively turn to liver microsomes. But what about the gut? The intestinal epithelium is not just a barrier—it’s a metabolic powerhouse that can dramatically alter a drug’s fate before it ever reaches the bloodstream. Ignoring intestinal metabolism means missing critical data on first-pass extraction, oral bioavailability, and […]
Why Use Pig PBMCs?
In biomedical research, pigs and minipigs serve identical roles as animal models, particularly due to their physiological and anatomical similarities to humans. However, significant differences between them influence their specific applications, ease of handling, and ethical considerations in laboratory settings. Body Size Differences of Conventional Pigs vs. Minipigs Conventional domestic pigs, including common commercial farm […]
Beyond the Hype: How Global Pharma Is Strategically Positioning Around Organoids and New Approach Methodologies (NAMs)
The discussion surrounding New Approach Methodologies (NAMs), organoids, and organ-on-chip technologies has accelerated rapidly across the pharmaceutical industry in recent years.[1] While much of the public conversation focuses on reducing animal testing, the deeper transformation occurring inside major pharmaceutical companies is far more strategic. The core question is no longer whether organoids are scientifically promising, […]
Why Porcine PBMCs Are Gaining Attention in Translational Research
In biomedical research, pigs and minipigs serve identical roles as animal models, particularly due to their physiological and anatomical similarities to humans. However, significant differences between them influence their specific applications, ease of handling, and ethical considerations in laboratory settings. Conventional domestic pigs, including common commercial farm breeds, exhibit substantial body size, with adult […]
Cell Freezing Media-Serum Free : Reliable Cryopreservation for Common Cell Lines (CHO-K1, 293T, A549)
Cell Freezing Media-Serum Free for Cell Lines CHO-K1, 293T, A549 In biopharmaceutical development, cell banking, and basic research, the cryopreservation of immortalized cell lines such as CHO-K1, 293T, and A549 is crucial for ensuring experimental continuity, reproducibility, and large-scale production efficiency. These cell lines are widely used in recombinant protein production, virus packaging, and cancer […]