INSIGHTS ON DRUG DEVELOPMENT
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![QX700_S_Kano_Testimonial]( "A Scientist's Perspective: Minimizing Hands-On Time In Molecular Assays")
A Scientist's Perspective: Minimizing Hands-On Time In Molecular AssaysAutonomous digital PCR provides absolute quantification in complex matrices. Achieve five-color multiplexing and streamlined data collection without standard curves to accelerate synthetic biology.
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![GettyImages-173543371-fluorescent-cells-microscopic]( "Rapid Automated Selection Of Mammalian Cell Colonies")
Rapid Automated Selection Of Mammalian Cell ColoniesDiscover how a new technology cultivates mammalian cells into clonal colonies and images them using fluorescent assays to isolate clonal cell populations based on surface protein expression.
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![Scalable purifications]( "Development Of Scalable Purification For Biotherapeutic Peptides")
Development Of Scalable Purification For Biotherapeutic PeptidesDiscover key strategies for reversed-phase isolation of biotherapeutic peptides, as well as learn about method development, scale-up techniques, and RP/MS analysis to enhance purification workflows.
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![api-clinicial-tech-gettyimages-2149749988-170667a]( "Biocatalysis 101: Faster, Greener API Manufacturing")
Biocatalysis 101: Faster, Greener API ManufacturingView how enzyme-driven reactions accelerate pharmaceutical ingredient manufacturing, improve selectivity, reduce waste, lower costs, and support scalable, sustainable processes under mild conditions.
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Outlining The Trends And Challenges In The Inhaled Drug Delivery Market10/21/2024
Explore the latest trends and solutions in inhaled drug delivery, with a focus on overcoming dry powder formulation challenges to advance next-generation therapeutics.
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Use Of Spray Drying In Pharmaceutical Product Development10/21/2024
Through this detailed exploration, participants will gain valuable knowledge on how to leverage spray drying to optimize drug development and delivery.
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Advancing Cell Culture Strategies To Accelerate Biologics Development5/5/2026
Integrated stable expression strategies accelerate biologics material generation, improving scalability, consistency, and early developability insights while reducing bottlenecks, variability, and risks in transitioning from discovery to manufacturing.
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Delving Into Gene Expression Data Analysis And Experimental Reproducibility3/5/2026
Scientific reproducibility is essential for credible research. Learn to navigate standardized frameworks, refine normalization techniques, and ensure your data remains transparent and verifiable.
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Data-Driven Strategies To De-Risk OSD Development6/17/2026
Watch as Quentin Horgan, Director of Drugs Intelligence at GlobalData discusses how early-stage insights can improve development outcomes and reduce downstream risk.
DRUG DEVELOPMENT SOLUTIONS
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![GettyImages-648181930-viral-development-vaccine-lab]( "Peptide Crystallization")
Cambrex’s understanding of crystal formation and thermodynamics allows us to develop custom, scalable crystallization processes for peptides. We leverage the right tools with the best experts to bridge success from the bench to the plant.
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![iStock-1214111440-scientist]( "Eliminate Doubt With Chemistry Technical Services")
The Waters Chemistry Technical Service team that can assist with recommending products for development methods, guidance in optimizing conditions for established methods, to troubleshooting any deviation from expected analytical outcomes.
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![Supel™ BioSPME]( "Supel™ BioSPME 96-Pin Devices")
Explore a range of devices for free fraction analyses and determination of plasma protein binding that make sample preparation easier and faster, with complete phospholipid removal and proven reproducibility.
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![RS-DSC]( "Microcalorimetry: RS-DSC, DSC & ITC")
By harnessing cutting-edge microcalorimetry technology, researchers can unravel the complexities of molecular interactions, paving the way for groundbreaking discoveries in drug development.
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MaxPeak™ Premier Columns utilize MaxPeak High Performance Surfaces that are designed to increase analyte recovery, sensitivity, and reproducibility by minimizing analyte/surface interactions that can lead to sample losses.
