INSIGHTS ON DRUG DEVELOPMENT
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Calcium Carbonate Vs Titanium Dioxide: Why Particle Engineering Matter
Discover how particle-engineered calcium carbonate offers a viable alternative to titanium dioxide in tablet coatings, achieving good opacity, process efficiency, and comparable tablet properties.
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LC-UV-Based Synthetic Peptide Impurity Tracking And Reporting
Explore a UPLC-UV method using Empower 3 Software to assess synthetic peptide purity. Learn how integrated tools streamline impurity tracking, data reporting, and compliance in peptide analysis workflows.
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Predicting Hepatotoxicity With The Liver-Chip
Enhance your understanding of liver organoids and their pivotal role in enhancing DILI risk prediction through the use of advanced Organ-Chip technology.
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Automated Bioburden Testing Solution
Automation is transforming microbial quality control labs, boosting productivity, minimizing errors, and ensuring data integrity. Discover how digitalization is driving Pharma 4.0 and reshaping lab workflows.
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Role Of Chronic Inflammation In Risk For Neurodegenerative Disorders: Alzheimer's Disease10/8/2024
Explore how genetic and environmental risk factors interact to heighten Alzheimer's disease risk, and gain insight into a novel therapeutic approach.
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Advancing Drug Development With Optimized LC-MS/MS Bioanalysis5/7/2025
Explore the critical role of sample preparation optimization and the application of liquid chromatography coupled with tandem mass spectrometry (LC-MS/MS) in bioanalytical method development.
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Accelerating Clinical Development: Modern Tools In Process Chemistry1/23/2025
Whether you aim to address bottlenecks or explore advanced techniques, gain a practical and forward-thinking perspective to streamline early-phase development with HTE and model-based approaches.
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EMA Support For Rare Disease Therapies6/10/2025
Review how the EMA supports rare disease drug development through regulatory and financial incentives for therapies that meet strict eligibility and ongoing compliance criteria.
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Improving In Vitro Cancer Modeling8/2/2024
Organ-on-a-Chip technology represents a significant advancement in drug discovery. By mimicking human physiology, Organ-Chips can enhance the predictive accuracy of preclinical models and accelerate drug development.
DRUG DEVELOPMENT SOLUTIONS
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Uniquely Ergonomic System Microscope Leica DM1000
The ergonomically designed Leica DM1000 with adjustable features and easy-to-use controls adapts to every user to improve comfort and convenience while working at the microscope.
Featuring high-quality optical performance, the Leica DM1000 is ideal for all clinical laboratory applications, in particular cytology, haematology, and pathology. For special diagnostics requirements, the microscope is certified for in-vitro-diagnostics (IVD) like in-vitro-fertilization (IVF).
Its advanced capabilities, including fluorescence, make it well suited also for complex tasks.
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Leica DM3000
Enhance Laboratory Workflow
The Leica DM3000 microscopes for pathology, cytology, haematology and many other applications feature a motorized nosepiece, condenser head, automated light intensity adjustment, and optional foot pedal. These intuitive microscopes improve workflows significantly. For special diagnostics requirements, the microscope is certified for in-vitro-diagnostics (IVD) like in-vitro-fertilization (IVF).
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Preconfigured protocols and custom assay workflows simplify microplate data acquisition and analysis
SoftMax® Pro Software for Windows 10 is designed to provide the simplicity, flexibility and power required for advanced data analysis. It provides ready-to-run protocols, analysis algorithms, and 21 different curve fit options.
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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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Multicolor Multiphoton gets you closer to the truth
The combination of multiple distinct fluorescent labels is increasingly used to study dynamic interaction and spatial relationships among cells and molecules. The goal is to understand a myriad of complex biological events, such as cellular connectivity, cell phenotyping, protein interaction or co-expression, and co-localization. Scaling up such studies to whole organs or tissues requires suitable large-volume multicolor microscopy methods. DIVE and STELLARIS have now merged to provide you with the power of flexible multicolor multiphoton imaging. Furthermore, you can expand the potential of your experiments with additional label-free imaging capabilities.
Seamlessly integrated into the confocal software interface, STELLARIS 8 DIVE multiphoton microscope offers the benefits of high speed and excellent navigation so that dynamic processes in complex samples can be studied with ease. STELLARIS 8 DIVE – A rainbow of possibilities for your research.