INSIGHTS ON DRUG DEVELOPMENT
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Where Speed Meets Complexity In Bioprocess Development
Bioprocessing faces mounting pressure to compress timelines, especially for mAbs, while complex modalities like bispecifics and gene therapies introduce technical challenges. Process intensification, scale-up translation, and comparability risks remain critical hurdles.
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Ask Us Anything: Jillian Sheeran On Emerging Reactor Technologies
Jillian Sheeran, Associate Director of Engineering at Snapdragon Chemistry, on how automation, feedback control, and machine learning are changing reactor design — with real-time monitoring that lets a process run continuously while the data comes to you.
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Formulation Strategies For Enabling "Undevelopable" Compounds
KinetiSol enhances bioavailability of poorly soluble drugs like Vemurafenib by producing dense amorphous dispersions, outperforming traditional MBP methods in pharmacokinetics and dissolution.
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An Alternative Method Of Drug-Excipient Characterization
Isothermal microcalorimetry (IMC) rapidly screens API-excipient compatibility, detecting physical and chemical interactions faster than conventional methods, saving time and effort in pharmaceutical formulation development.
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Ultra-Low Cross-Linked Microgel Purification2/24/2026
ULC microgel purification is often slowed by linear polymer contamination and limitations of centrifugation. Explore how hollow fiber TFF improves filtration efficiency and supports scalable processing.
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Accelerated Yield Optimization Of Affinity Capture5/15/2026
High‑throughput affinity screening shows how buffer and pH optimization can boost AAV5 recovery, enabling faster, more reliable downstream process development for challenging serotypes.
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Streamline Your Workflow With An Innovative Fixed-Bed System11/4/2025
Discover how an innovative fixed-bed system streamlines workflows and supports consistent, high-yield manufacturing across a range of applications.
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The Importance Of Reliable Mixing In ITC Experiments5/1/2025
Explore how Isothermal Titration Calorimetry (ITC) precisely analyzes molecular interactions, which provides crucial thermodynamic data to understand physiological processes and develop new therapeutic strategies.
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Application Of LC-UV/MS Workflows To Increase Efficiency7/29/2025
Discover how LC-UV/MS workflows help overcome analytical challenges in GLP-1 analog development to streamline impurity identification and boost lab efficiency in research.
DRUG DEVELOPMENT SOLUTIONS
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Explore an expansion service with experts that will work closely with you to customize your process and meet your unique needs by adjusting protocols, optimizing conditions, and providing personalized support.
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Waters series of chromatography columns and standards offer scientists the diverse range of chromatographic selectivities needed to help characterize today's biotherapeutics and biosimilars.
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Accelerate your gene therapy manufacturing with the Xcellerex™ X-platform – a next-generation single-use bioreactor system designed for viral vector workflows.
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Leica DM300
For slightly more advanced students in biology or 2-4 year college life science classrooms, the Leica DM300 compound microscope is compact, maintenance-free and easy to use to provide trouble free operation each day.
Equipped with a mechanical stage to accommodate two specimen slides and labelled Abbe condenser, the DM300 can be configured with rotatable monocular or binocular tubes for shared viewing and easy storage. Trinocular tube is also possible to go digital.
With 165 years of microscope design and manufacturing experience, the Leica DM300 student microscope provides students with the capabilities they need to study the finest details in all the Life Sciences.
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3D organoids offer enhanced physiological relevance and are ready to use from cryopreserved vials. Discover how they can streamline your research with high-quality and comprehensive support.