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3D cell models are transforming biological research by mimicking the complex microenvironments of living tissues. By providiing more physiologically relevant platforms for drug discovery, toxicity testing, and disease modeling, they are accelerating the development of new therapies.

• Getting Started with 3D Cell Cultures
• Harnessing the Potential of Organoids to Advance Precision Medicine
• Live-Cell Imaging Tools to Visualize Organoids
• Metabolome-Derived Biomarkers Could Revolutionize Cancer Treatment

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Get the latest information and expert insights on antibody generation, characterization, and engineering in an organized and easy-to-access format to keep you up-to-date as well as provide guidance on overcoming hurdles.

• Techniques for Characterization of Monoclonal Antibodies
• Engineering Antibody Immune Agonists

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In this Future Lab you will find the latest trends in inflammation research including the cellular and molecular processes behind inflammation, drug response, disease progression and other clinical discoveries.

• Protein Biomarkers Prove Invaluable in Drug Development
• Multiplex Analysis of Inflammatory Proteins
• Inflammatory Biomarkers Across a Range of Human Diseases

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First discovered in 1993 and steadily developed since then, CRISPR is a simple and robust gene-editing technology that is poised to transform basic research, translational research, as well as medicine.

• A Brief History of Gene Editing
• Two (or Three) sgRNAs Are Better than One
• Choosing the Right sgRNA for Your CRISPR Experiments
• CRISPR 101: Your Guide to Understanding CRISPR
• Optimizing an Arrayed CRISPR Screen
• How CRISPR is Helping Gene and Cell Therapy

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