Digital illustration of a magnifying glass enlarging a red tumor composed of clustered cells.
Explore how patient-derived 3D models and multiomics analyses can help investigate drug response, resistance mechanisms, and precision oncology approaches.
Shaping Science graphic featuring the question “How can labs become truly sustainable?” and a photo of James Connelly, Chief Executive Officer of My Green Lab.
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Creating more sustainable laboratories depends on practical changes that strengthen scientific performance while reducing environmental impact.
Image of DNA being edited.
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Philip Wills, Chief Commercial Officer of the Cell & Gene Therapy Division at Catalent, reflects on how the gene therapy industry is evolving from early scientific breakthroughs to commercial maturity.

Video

Why sample quality can make or break structural biology
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Shaping Science
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3D representation of engineered cells.
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the audience at an Advanced Therapies talk
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Mass Spectrometry in Omics World
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Spatial Proteomics
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How new alternative methods are changing drug safety testing.
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Building a legacy of innovation in biotechnology and drug discovery
Portrait of Scott Weitze, Vice President of Research and Technical Standards at My Green Lab, beside text that reads “Tell us what you know: Bringing sustainability into scientific research,” with the My Green Lab logo.
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Colorful geometric graphic panel featuring white line illustrations of the human heart, brain, kidneys, pancreas, lungs, stomach, uterus, colon, and bladder, arranged in a grid of red, blue, and purple shapes.
Learn how biologically relevant 3D human tissue models can reveal organ-specific toxicity earlier and support more informed safety assessment.
A 3D molecular model showing interconnected red, blue, and silver atoms against a gray background.
Explore chromatographic strategies for retaining, separating, and analyzing challenging polar compounds across pharmaceutical applications.
A conceptual illustration of molecular structures and chemical formulas representing metabolites and their analysis.
Explore the science of metabolomics and drug metabolites, their roles as biomarkers, and the analytical methods for their characterization.