Multimedia & Resources
Webinars
Explore how integrated cell-based assays reveal the mechanisms that drive antibody-drug conjugate activity and inform candidate selection.
Explore how high-dimensional flow cytometry can expand immune profiling and support immunotoxicology studies during preclinical research for drug development.
Available on DemandDiscover how CRISPR and single-cell RNA sequencing can connect disease-associated variants to regulatory elements, genes, and pathways.
Available on DemandExplore how human gut-liver models can improve the translation of preclinical findings into clinical pharmacokinetic predictions.
Explainers
To keep pace with modern drug discovery, researchers need molecular biology approaches that can support complexity without slowing down the science.
In parallel with advances in new modalities and digital design, synthetic chemistry remains integral to pharmaceutical innovation.
A powerful tool in modern oncology, immunotherapy doesn’t work the same for everyone. Researchers are exploring why and developing ways to improve its effectiveness.
Monoclonal antibodies are life-saving therapeutics that can be used for a myriad of conditions from infectious diseases to cancer.
Milestones
Explore how breakthroughs in fast confocal imaging and 3D cell culture converged to transform the study of complex human biology in vitro.
Discover the innovations that turned 3D fabrication into tools for building complex, lifelike biological structures.
| 1 min read
The milestone article will trace the controversial discovery of prostate-specific antigen (PSA) and the subsequent purification, characterization, and clinical use of PSA as a biomarker blood test for prostate cancer.
Over the past five decades, scientists have figured out ways to control the disease-fueling growth of blood vessels in the body.
Podcasts
| 9 min read
A new app relies on smartphone cameras and algorithms to check for signs of neurodivergence in children.
| 10+ min read
After a heart attack, the damage is permanent — for now. Researchers are testing innovative ways to get the heart to regenerate muscle cells and fix itself.
| 10+ min read
Could the solution to antibiotic resistance already have been discovered? Microbiologists and historians probe medieval and ancient texts to find out.
| 8 min read
In diabetic macular edema, senescent cells build up in the retina, leading to vision loss. A new drug forces these undead cells to die, healing the retina.Ebooks
Repetitive pipetting can strain the hands, wrists, shoulders, and neck, making ergonomics an important part of efficient liquid handling.
Building better 3D cell cultures starts with mastering one of the laboratory’s most fundamental techniques: pipetting.
Navigate the transition from two-dimensional to phenotypic three-dimensional cell models for drug discovery.
Discover practical strategies to improve pipetting accuracy, reproducibility, ergonomics, and instrument performance across diverse laboratory workflows.
Videos
| 1 min read
Explore how advances in liquid handling are making automation more accessible, flexible, and practical for modern labs.
| 1 min read
Fujifilm Cellular Dynamics' Nina Bauer on why stem cell-derived assays are becoming essential to drug development, not a replacement for it
Explore how patient-derived 3D models and multiomics analyses can help investigate drug response, resistance mechanisms, and precision oncology approaches.
| 1 min read
Creating more sustainable laboratories depends on practical changes that strengthen scientific performance while reducing environmental impact.Infographics
Discover how analyte properties can guide column selection and help determine the most effective chromatographic approach.
Researchers are uncovering new ways to attack some of cancer’s most elusive drivers.
Learn the key assay design principles and workflow considerations that help support robust, scalable, and reliable high-throughput screening campaigns.
Learn how upstream analytical strategies can improve AAV yield, quality, and process efficiency.
Advertorials
| 1 min read
A collaborative team overcomes the long-standing challenge of blurred imaging, illuminating once hidden details within the depths of thick samples.
