INSIGHTS ON DRUG DEVELOPMENT
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Scaling Up Your E. Coli pDNA Process From Parameter Screening To Pilot Scale
Discover a systematic approach to scalable plasmid DNA production using E. coli OneShot Top10, which features DOE-driven optimization and key insights for efficient biomanufacturing success.
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Tablet Edge Erosion – Solutions For Friability
Addressing tablet edge erosion and friability involves adjusting formulation, tablet design, tooling, press setup, and operation speed to improve tablet robustness and reduce weight loss.
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Asymchem's Green Commitment
See how advanced reaction technologies — flow chemistry, photochemistry, and biocatalysis — boost efficiency, improve safety, and cut environmental impact, enabling more sustainable development practices.
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Scale Your Viral Vector Production With A Streamlined Bioreactor System
Scale your viral vector or vaccine production with a streamlined, intermediate-scale bioreactor system that bridges development and commercial manufacturing, supporting applications from exosomes to vaccines.
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Solving Formulation Challenges Across Modalities6/15/2026
Optimize drug delivery by leveraging advanced nanoparticle engineering to dramatically increase small-molecule oral drug loading and enable ultra-high-concentration subcutaneous formulations.
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Biologic Stability: A Thermofluor Screen For Rational Buffer Optimization9/23/2025
Learn how thermal shift fluorimetry (thermofluor) can be used as a rapid, low-volume, and cost-effective technique to accelerate buffer optimization and enhance protein stability.
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Overcoming Challenges In Ophthalmic Formulations Through Polymer Selection8/27/2025
The 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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Extractables And Leachables: Setting Up Early For Success With Your CDMO10/2/2024
Discover insights tailored specifically for drug product researchers and manufacturers, offering key knowledge on extractables, leachables, and effective implementation strategies.
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High Potency APIs And The Evolving Demands Of Drug Development4/13/2026
See how higher API activity is changing expectations around containment, scalability, and cross‑functional alignment — and why early decisions now have a greater impact on long‑term success.
DRUG DEVELOPMENT SOLUTIONS
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Encoded stereo microscopes Leica M165 C - Total recall of your settings
Your goal: high-quality images that allow measurements and can be accurately repeated with minimal effort. The Leica coded stereo microscopes help you to pave the way to correct results.
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Coded microscopes consistently deliver calibrated and comparable images
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Reproduce images in moments with the Leica “Store and Recall” function
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Fully apochromatic corrected zoom optics deliver high quality images
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Customize the microscope system to your task with the exclusive range of accessories
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Filterless readers provide consistent results with steady temperature regulation
The SpectraMax® ABS and ABS Plus absorbance microplate readers provide the flexibility, sensitivity, and convenience for a wide range of assays such as ELISAs, microbial growth, and protein quantitation. Both readers feature an 8-channel read head for fast reads and a subset feature, the temperature independent PathCheck sensor that automatically normalizes and ensures accurate absorbance values by detecting pipetting errors. Combined with a wide application base, industry-leading SoftMax® Pro Software and validation tools, these readers fit in every lab and every budget.
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Measure heat flow, weight loss, dimension change, or mechanical properties as a function of temperature.
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By streamlining the synthesis pathways, see how these products can effectively diminish the requisite number of developmental and manufacturing stages essential for generating payloads.
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Diabetes is a chronic metabolic disorder characterized by elevated blood glucose levels due to inadequate insulin production or impaired insulin utilization, commonly known as insulin resistance.