12.10.25 -- Advancing Hematology And Cell Therapy Innovation

Explore an innovative serum-free method to differentiate induced pluripotent stem cells (iPSCs) into natural killer (NK) cells, offering scalable solutions for immunotherapy with enhanced cytotoxic potential.

AI is transforming clinical data review by automating processes and enhancing efficiency. Discover the four stages of evolution that emphasize automation, regulatory alignment, data analysis, and human oversight.

Stem cell therapy has already revolutionized the field of oncology. But where do we go from here? Dr. Robert S. Negrin addresses three key areas of CAR T-cell therapy on the brink of innovation.

See how the Matched & Integrated Repository for Rediscovered Oncology Research (MIRROR) for biospecimens can help unlock new discoveries from the tumors that shaped modern precision oncology.

Uncover how this integrated, science-focused approach helps sponsors navigate biological complexity, streamline timelines, and make data driven decisions across a collection of therapy programs.

Assimilate how to determine the linear range for western blot quantification using total protein stains or housekeeping proteins to ensure accurate normalization and avoid saturation effects.

Gamma delta (γδ) T cells are emerging as a promising new frontier in cell therapy, offering potential for treating both solid tumors and autoimmune diseases.

Review this step-by-step guidance for fluorescent western blot detection, including membrane prep and antibody handling, to improve signal clarity and consistency across imaging platforms.

Watch a series of videos on multicolor flow cytometry panel design to gain a comprehensive understanding of the fundamentals of panel design as well as various strategies to streamline panel design.

A critical challenge for therapeutic programs using CRISPR is managing the risk of off-target effects. Learn how to strengthen the safety of your therapeutic programs with comprehensive assessments.

Delve into how next-generation sequencing and digital PCR enable miRNA biomarker discovery and validation. Learn best practices for sample prep, data analysis, and assay design to advance RNA research.

Learn how advanced technologies and methodologies are driving progress in gene therapy, enabling safer and more effective treatments for rare and complex diseases.

EV production must align with CMC and regulatory standards before it can reach its full potential. This study compares conditioned medium across scalable platforms to optimize EV manufacturing for the clinic.

AI-driven multiplexed imaging reveals neuroimmune interactions in Alzheimer’s disease, identifying immune cell subtypes near pathological hallmarks like Β-amyloid plaques offering therapeutic insights.

Examine the usability and performance capabilities of a system that provides a streamlined flow cytometry workflow, from instrument initialization to data acquisition and analysis.

Solutions for automating qPCR and digital PCR (dPCR) gene expression analysis workflows can help translational research laboratories derive valuable gene expression profiles.

What are viral-based vectors and why are reproducible quantitation of gene expression important in gene therapy? Explore these questions as well as the interplay among gene therapy vector components.