INSIGHTS ON DRUG DEVELOPMENT
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Mechanical Engineering Design Process For Combination Products
Mechanical engineering for combination drug-delivery devices demands more than good design — it requires data-driven risk management from specs through simulation. Learn how a structured phase approach ensures global manufacturing readiness.
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A Scientist's Perspective: Minimizing Hands-On Time In Molecular Assays
Autonomous 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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Scale-Up Of AAV Production In Fixed-Bed Bioreactors
Consistent AAV production is critical for manufacturing. See how aligned strategies deliver comparable cell growth, metabolic trends, and rAAV5 titers from development through production.
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From First-In-Human To Proof-Of-Concept — Quicker, Smarter, Streamlined
Explore examples of smarter SAD/MAD trial designs including multi-part and hybrid protocols, regulatory foresight, recruitment considerations, and operational strategies that keep programs moving.
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mRNA Manufacturing With Fed-Batch In Vitro Transcription2/13/2026
A milliliter-scale approach to IVT optimization reveals how controlled feeding, precise pH management, and real-time monitoring can boost mRNA yield and streamline scale-up to larger bioreactor volumes.
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Direct API Capsule Filling: A Faster Path To Market9/16/2026
Direct API capsule filling eliminates complex formulation steps, leveraging volumetric drum dosing and 100% net weight verification to accelerate drug development timeline efficiency.
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Predicting Food Effects In Oral Drug Delivery Using PBPK Modeling7/15/2026
Learn how integrated PBPK and molecular dynamics modeling predicted an ~11% fed-state Cmax increase for fenofibrate, giving formulation teams earlier, mechanistic insight into food-dependent absorption.
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Optical Microscopy For Process Monitoring And Product Characterization3/9/2026
Modern optical microscopy reveals cellular activity and material quality with exceptional clarity. See how tailored, feature‑rich imaging systems help researchers generate high‑value data.
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Evolving Gene Editing For Rare Disease Drug Development10/9/2025
Explore how scalable gene editing platforms are advancing therapies for ultra-orphan conditions, with insights into manufacturing models, regulatory strategies, and clinical approaches.
DRUG DEVELOPMENT SOLUTIONS
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Support high-yield viral vector production with media designed for transfection efficiency, scalability, and reduced aggregation in HEK293 cells, ideal for AAV and LV workflows.
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Advanced nanotechnology improves biologics with higher drug loads, better stability, new delivery routes, and enhanced performance in injectables, inhalation, and long‑acting therapies.
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Boost genomics productivity with a solution built for speed, precision, and high throughput with extended walkaway times and reliable performance that helps teams get more done.
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LMD 6 Laser Microdissection Microscope
Dissection Perfection
Laser Microdissection (LMD, also known as Laser Capture Microdissection or LCM) enables users to isolate specific single cells or entire areas of tissue. Powered by a unique laser design and dynamic software, Leica LMD systems allow users to easily isolate Regions of Interest (ROI) from entire areas of tissue down to single cells or even subcellular structures such as chromosomes.
LMD is typically used in genomics (DNA), transcriptomics (mRNA, miRNA), proteomics, metabolomics, and even next generation sequencing (NGS). Researchers in neurology, cancer research, plant analysis, forensics or climate research rely on this method. Furthermore, LMD is a perfect tool for live cell culture (LCC), for cloning and re-cultivation, manipulation or downstream analysis.
We move the laser, not the sample. And we use gravity for collection. That is why our LMD systems provide you with perfectly cut, contamination-free, analysis-ready dissectates.
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The journey of a GLP-1 receptor agonist (GLP-1 RA) molecule is complex.