02.19.25 -- Tune Therapeutics' 2025 Epigenome Editing Outlook

Understand the importance of metabolic analysis in cell therapy, optimizing cell culture media formulations, and enhancing the effectiveness of CAR T cell therapy and stem cell transplantation.

Equip yourself with the knowledge necessary to make well-informed decisions by exploring the main challenges and considerations inherent in cell therapy process development.

Review the fundamentals of CRISPR technology, development, and its use to manipulate genes in different ways, such as altering their nucleotide sequences or changing their expression.

Delve into the intricacies of riboswitch behavior and ligand interactions and gain valuable insights into gene regulation and potential therapeutic targets.

Delve into a study that examines the possibility of the combination of NK-cell-derived EVs and CBP as a viable immunochemotherapeutic strategy for resistant cancers.

Learn about the key factors that influence qPCR reaction performance and provides guidelines for evaluating and comparing reactions run under varying conditions to ensure reliable data interpretation.

mRNA therapeutics have the potential to address a variety of diseases, and understanding mRNA molecules and access faster analytical solutions are crucial elements for these therapies.

Learn how to set up a small-scale CAR T cell research workflow to simplify the transition to large-scale manufacturing in preclinical development. Using suitable tools early on is key.

Explore the development of a novel Sf-RVN® cell line, with companion chemically defined medium, the EXCELL® CD Insect Cell Medium which can be combined for the BICS production of biologics.

Learn about a method that utilizes monoclonal antibodies and flow cytometry to analyze the metabolic state of individual immune cells, advancing immune research and immunotherapy.

Discover a simple, easy, and versatile method for capsule and depth filtration of small volumes that moves research from cell harvest to purification as quickly and efficiently as possible.

This collection of articles discusses the development of cancer immunotherapies through cutting-edge genome engineering and sophisticated strategies.

Explore how the Emulate Liver-Chip S1 revolutionizes predictive toxicology by mimicking human liver biology, achieving superior sensitivity and specificity.