INSIGHTS ON DRUG DEVELOPMENT
-
Label-Free Analysis Of Multiple Spheroids In A Matrix
Gain insight into how automated z-stack imaging and AI-based analysis enable accurate, label-free monitoring of spheroid development in 3D matrices for drug screening and cell culture workflows.
-
Solving Bioavailability Challenges In bRo5 Drugs
Leverage mechanistic, material-sparing formulation strategies to enhance bioavailability and accelerate development of challenging bRo5 small molecules, even with limited resources.
-
Advances In Custom Medium Development: The Multi-Omics Difference
Spent media analysis continues to be an essential part of many media development workflows. Newer techniques, however, using state-of-the-art analytical technology, are becoming more popular.
-
Amorphous Solids: Implications For Solubility And Stability
Amorphous solids can enhance drug solubility and bioavailability but introduce stability risks, making careful characterization and control essential for successful pharmaceutical development and manufacturing.
-
How Lipid Nanoparticles Enable Next-Gen Delivery10/20/2025
Cell therapy’s future depends on smarter gene delivery. Learn how lipid nanoparticles offer a scalable, cell-friendly alternative to electroporation and viral vectors for manufacturing efficiency.
-
How To Accelerate And Enhance ADC Therapies6/24/2024
Learn how payloads and advanced payload intermediates can expedite drug development and elevate ADC therapies, and explore ADC payloads, payload intermediates, and solubility-enhancing technology.
-
Streamlining pDNA: Capacity, Complexity, And Cutting-Edge Solutions11/20/2025
Learn how flexible facility design and process innovation are accelerating pDNA manufacturing, as well as key strategies to avoid scale-up pitfalls and meet growing therapeutic demand.
-
Understanding Biotherapeutic Peptides And GLP-1 Receptor Agonists9/2/2025
Biotherapeutic peptides offer enhanced safety and efficacy over traditional drugs. Learn why rigorous impurity profiling is vital to ensure product quality, patient safety, and regulatory compliance.
-
3D Neurospheres In Healthy And Alzheimer's: iPSC-Derived Neurons4/4/2025
Explore how different ApoE alleles influence Alzheimer's Disease risk using iPSC-derived neurons as well as gain insights into AD mechanisms and potential therapies.
DRUG DEVELOPMENT SOLUTIONS
-
We have developed an innovative portfolio of affinity chromatography resins to help you solve challenges in the downstream process of next-generation antibody therapeutics. These resins are specifically designed for the purification of engineered monoclonal antibody (mAbs) modalities.
-
DSC and ITC offer deep insights into molecular binding and structural stability, which help researchers uncover thermodynamic drivers and domain-level behavior essential for protein characterization.
-
Learn how our courses and services provide access to science experts that will guide your process and engineering needs and suggest optimization strategies to support an efficient scale-up of the process.
-
STELLARIS DLS Digital Light Sheet Microscope
Light Sheet Re-Imagined
STELLARIS 5 and STELLARIS 8 Digital LightSheet (DLS) unite in one place a confocal system and a light sheet microscope – a unique combination aimed to make your research more versatile. The exclusive vertical design of DLS, enabled by Leica Microsystems’ proprietary TwinFlect mirrors, allows you to combine confocal and light sheet imaging in the same system, so you can easily adapt the microscopy method to your experimental needs.
DLS also brings flexibility to your research with the capacity to image different types of samples, such as model organisms, organoids or cleared tissue, and the ability to take advantage of the full excitation spectrum. This flexibility is possible thanks to the STELLARIS White Light Laser and the ability to perform multi-position light sheet experiments whilst using standard glass bottom plates. All of this helps you add new and better ways to explore your research questions.
-
Examine how sterilizing-grade filters with high flux and broad compatibility support efficient bioprocessing across mAbs, vaccines, and viral vectors.