INSIGHTS ON DRUG DEVELOPMENT
-
De-Risking Drug Development: Informatics-Supported Solid Form Selection
Learn how combining polymorph screening with structural informatics improves solid‑form selection, lowers development risk, and boosts confidence in long‑term stability and manufacturability.
-
Chromatography Polishing Under Pressure: New Demands
Upstream productivity gains and evolving antibody formats are raising the bar for chromatography polishing, making it a more consequential variable in downstream process design.
-
Can Targeted LNP Delivery Take In-Vivo CAR-T Therapy Beyond The Liver?
Achieving successful extrahepatic CAR T delivery with LNPs requires addressing the unique biological and technological barriers and designing targeting approaches that leverage innovative LNP design.
-
Advancing Infectious Disease Research With This ddPCR System
Efficient digital PCR workflows maximize data from 5µL samples. Achieve high-level multiplexing and faster turnaround times to accelerate discovery and verify NGS findings with total confidence.
-
Thermofluor Screening For Injectable Protein Formulations9/15/2025
The results herein highlight thermofluor screening as a versatile and efficient platform for rational formulation of injectable biologics through the acceleration of stable drug product development.
-
Streamline Drug Development With A Lab Informatics Platform8/13/2025
Learn how a tiered approach to ADME-Tox studies can help researchers navigate early-stage preclinical research and mitigate the risk of costly failures in drug development.
-
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.
-
Why Reshoring Is An Essential Strategy For ADC Supply Chain Security2/24/2026
Biotechs reshoring their supply chains to Western regions to mitigate risk and improve reliability require experienced partners to effectively manage these complex transitions.
-
Rheology Is An Accurate Predictor Of Pharmaceutical Lotion Stability5/6/2026
Rheological creep testing provides a rapid way to predict pharmaceutical lotion stability by linking steady-state viscosity to particle settling behavior, enabling reliable shelf-life estimates.
DRUG DEVELOPMENT SOLUTIONS
-
Designed for today’s assays and tomorrow’s breakthroughs—flexible detection that evolves with your science.
The SpectraMax® iD3s and iD5e Multi-Mode Microplate Readers deliver flexible, scalable solutions for absorbance, fluorescence, and luminescence assays—with advanced capabilities for evolving research needs. The iD3s reader offers a streamlined, affordable platform with a tunable monochromator and temperature control, while the iD5e reader adds enhanced detection modes including time-resolved fluorescence (TRF) and tunable fluorescence polarization (FP) and can be expanded to include TR-FRET, HTRF, BRET and western blot. Both readers support on board fluidics with optional dual injectors.
-
Societal specializes in modified-release formulations, including those for high potent and DEA controlled substances.
-
Leica DM6 B Upright Microscope
Increase your work efficiency with the Leica DM4 B or Leica DM6 B upright digital research microscopes! Both are ideally suited to making your work life easier in biomedical research and clinical labs alike.
- Simplify your workflow with automated functions and easy-to-use software
- Easily capture publication-quality images by utilizing the 19-mm sCMOS camera imaging port
- Create fast overviews of your samples and identify the important details instantly with the LAS X Navigator Software
- Have great flexibility through the choice of accessories
-
Poor solubility derails ~80% of molecules. Thermo Fisher Scientific's Quadrant 2 platform uses AI/ML to predict the right formulation strategy before lab work begins.
-
SimpleStep ELISA® kits are sandwich ELISA assays that we have developed to be as simple and effective as possible. Unlike traditional sandwich ELISAs, which take more than three hours to run, SimpleStep ELISA kits generate data in just 90 minutes without compromising performance, using only one wash step and recombinant antibodies for exceptional specificity.