INSIGHTS ON DRUG DEVELOPMENT
-
SEC HPLC Columns With Ultra Inert Technology
See how reducing secondary interactions in size exclusion chromatography gives scientists greater freedom to optimize conditions around their samples, helping simplify method development.
-
Coordinated Development As An Execution Framework
See how integrating clinical, development, manufacturing, and supply functions within a single execution framework can transform program performance and accelerate development success.
-
Selecting A CDMO For Custom Activated PEGs
Custom-activated PEGs require thoughtful planning and precise analytical control. Discover key considerations for selecting a partner capable of supporting scalable, compliant PEGylation.
-
Developing High Concentration Biopharmaceuticals: Formulation Considerations
This session addresses key obstacles—such as opalescence, viscosity, and aggregation—and presents case studies on how composition changes during the concentration process can be effectively characterized.
-
Lentiviral Vector Upstream Process12/12/2025
Scalable lentiviral vector production is moving beyond adherent systems. Learn how streamlined workflows enable linear scale-up in stirred-tank bioreactors for cost-effective gene therapy manufacturing.
-
Efficient mAb Development With A Flexible Purification Toolkit6/4/2026
Increasing mAb complexity is pushing purification beyond traditional platforms. See how flexible chromatography, optimized buffers, and adaptable workflows are becoming essential to achieve target purity.
-
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.
-
Can Collaboration Close Biopharma's Talent Gap For Good?3/17/2026
Biopharma innovation is accelerating, but workforce shortages threaten progress. See how strengthening collaboration is essential to developing the skills needed for emerging therapies.
-
T3P – A Green Solution For Peptide Coupling, Water Removal Reactions1/13/2026
The session focuses on the use of T3P (propanephosphonic acid anhydride) in amidation and peptide coupling reactions, including both liquid-phase and solid-phase peptide synthesis.
DRUG DEVELOPMENT SOLUTIONS
-
Learn how harnessing a CDMO’s extensive knowledge and skills in dealing with controlled substances can help you advance your innovative psychedelic therapeutic safely and efficiently.
-
The Most Accurate 1D and 2D NMR Predictors
From experimental design to data interpretation, ACD/Labs’ NMR predictors can significantly speed up your workflow. Use ACD/NMR Predictors to:
- Predict a complete set of 1D and 2D NMR spectra, for 1H, 13C, 15N, 19F, and 31P nuclei from a chemical structure
- Calculate chemical shifts and coupling constants in seconds
- Train the algorithms with in-house data to improve accuracy for novel chemical space
-
Ergonomic system microscope Leica DM1000 LED
The Leica DM1000 LED features long-life LED illumination that provides near daylight, bright illumination with constant color temperature and emits less heat.
The LED also eliminates the need for lamp changes, which saves time and money. Because of its low power consumption, the system is energy efficient. Users of the Leica DM1000 LED benefit from the system’s ability to uniquely adapt to every user.
It is ideal for all clinical laboratory applications, especially for cytology, haematology, and pathology. For special diagnostics requirements, the microscope is certified for in-vitro-diagnostics (IVD) like in-vitro-fertilization (IVF).
-
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.
-
Unexpected downtime can drastically impact your organization’s ability to service customers and hinder innovation. With Waters FlexCHOICE: mySystem Coverage*, you can safeguard against lost productivity and unexpected downtime and spend more time on what matters most – your customers and your research.