INSIGHTS ON DRUG DEVELOPMENT
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![GettyImages-1767170794-GLP-1-peptide-chain]( "Deciphering Nanoparticle Properties With AF4")
Deciphering Nanoparticle Properties With AF4Discover how risk‑based, phase‑appropriate synthesis enables safe, efficient production of highly potent compounds while balancing speed, worker safety, and regulatory readiness in early development.
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![GettyImages-2174865907 workflow, lab, cell therapy]( "Manufacturing CAR T Cell Therapies: Challenges, Insights And Solutions")
Manufacturing CAR T Cell Therapies: Challenges, Insights And SolutionsManufacturing patient-specific cell therapies is a complex, multi-step process. Addressing key hurdles in production time, scalability, and cost is crucial to making these vital treatments more accessible.
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![GettyImages-2156955004-white-gloves-with-eye-drops-medicine]( "Overcoming Challenges In Ophthalmic Formulations Through Polymer Selection")
Overcoming Challenges In Ophthalmic Formulations Through Polymer SelectionThe growing demand for ophthalmic drugs is driven by aging populations and increased screen time, which contributes to rising eye conditions. Explore innovative solutions in ophthalmic drug development.
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![GettyImages-1309776504-viral-inspection-laboratory-scientists]( "ADC Manufacturing: Practices, Challenges, And The Road Ahead")
ADC Manufacturing: Practices, Challenges, And The Road AheadADCs are advancing quickly, but manufacturing complexity is rising just as fast. Key challenges in scale-up, regulation, and costs are reshaping how the next generation of therapies will be delivered.
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Navigating The Analytical Complexity Of Oligonucleotide Therapeutics9/13/2024
From identity and purity testing using chromatography and electrophoresis to PCR and microbial studies, explore advanced analytical solutions tailored for siRNA, miRNA, pDNA, and mRNA products.
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Accelerating Discovery Success With Structure-Guided Drug Design5/6/2026
Structure‑enabled drug discovery revealed a novel, druggable binding site in Artemis, enabling rapid SAR optimization and a ~500‑fold potency improvement against a challenging oncology target.
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Best Practices For Analysis Of In Vitro Transcribed (IVT) mRNA11/20/2025
Learn best practices for high-resolution analysis of IVT RNA using automated capillary electrophoresis. Improve accuracy and precision in quantifying critical quality attributes.
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Improved Cell Viability For Multi-Day Cell-Based Assays7/24/2025
Ensure consistent cell health and assay reliability with controlled temperature and gas conditions. Discover how microplate readers with gas mixers enhance cell viability in live cell-based assays.
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CDMOs - Key Collaborators In Streamlining Drug Development12/12/2025
Accelerating biologics development requires more than speed. Discover how the right CDMO partnership can streamline processes and help you reach the market faster without sacrificing control.
DRUG DEVELOPMENT SOLUTIONS
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![Avanti® JXN-30 Series]( "Avanti® JXN-30 Series: High-Speed Centrifuge")
Overcome shared lab challenges with the Avanti JXN-30 high-speed centrifuge
- 4.0 L Max Capacity
- 30,000 RPM
- 110,510 x g
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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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![Leica Mateo TL]( "Digital Transmitted Light Microscope Mateo TL")
Routine cell culture? Check!
For researchers who need consistent experimental outcomes, Mateo TL enables all lab members to check and document cell growth status conveniently and comfortably.
Measure confluency consistently, thereby increasing the confidence in the success of their downstream experiments.
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![leica-microsystems-dm-2000-hero]( "Ergonomic System Microscopes")
Leica DM2000
With their sophisticated modular design and high-performance fluorescence, the Leica DM2000 microscopes are ideal for complex tasks in pathology, cytology, and many other applications. For special diagnostics requirements, the microscope is certified for in-vitro-diagnostics (IVD) like in-vitro-fertilization (IVF).
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![Bench-Top Syringe Cartridge Closing System]( "Pharmaceutical Bench-Top Filling & Closing Machines: GENiSYS® Lab")
AST’s line of table-top machines, GENiSYS® Lab, are ideal systems for drug product development and cGMP production applications. Each system is designed to automate the critical aseptic operations for vial, syringe and cartridge processing to reduce contamination risk and product variability. These table-top systems are engineered to have complete compatibility with cleanroom environments, including Laminar Air Flow Hoods, Bio-Safety Cabinets and aseptic isolators.
