Formulation White Papers & Case Studies

1. Single-use Mixing Systems For Protein Products: Dissolution And Mechanical Stress 10/14/2026

   Mixer design and fill volume shape both how well a solution homogenizes and how much mechanical stress a protein experiences. Impeller configurations are compared against a conventional stirrer.

2. Improving Formulation And Aliquoting Efficiency With Mixing Solutions 10/14/2026

   Separate formulation, filtration and aliquoting add transfers and integrity tests. A single closed flowpath can improve time, yield and contamination control.

3. Optimizing GMP Manufacturing Of Lipid Nanoparticles For mRNA Encapsulation 10/9/2026

   Moving mRNA lipid nanoparticle encapsulation from pre-clinical work to cGMP production is often underestimated. Early process parameter definition, raw material control, and scalable mixing determine how low-risk that transition becomes.

4. An Automated Cell-Processing Platform For MSC Harvest 10/7/2026

   Discover closed, automated harvest, formulation, and dispensing of umbilical cord MSCs at commercial scale, with data on viability, recovery, and filling precision, including single runs.

5. How EPR Unlocks Missing Dynamics In Pharma And Structural Biology Workflow 10/1/2026

   Uncover how EPR spectroscopy fills the conformational gap by capturing dynamic protein motions, refining Cryo-EM models, and revealing hidden structural ensembles for drug discovery.

6. High-Performing Ionizable Lipids For Controlled Nucleic Acid Delivery 9/29/2026

   Ionizable lipids are central to effective mRNA delivery, influencing potency, biodistribution, and toxicity. See why advancing delivery beyond the liver will require stronger structure-function insights.

7. Mixed4Sure One2Fill 9/27/2026

   Streamline bioprocessing with integrated mixing, filtration, and aliquoting solutions that help reduce product loss, improve consistency, and enhance contamination control.

8. Characterizing Protein Stability By DSC 9/24/2026

   Discover how differential scanning calorimetry quantifies the thermodynamic forces behind protein folding and stability, providing valuable insight for protein engineering and therapeutic formulation.

9. Life Science Applications Of DSC 9/24/2026

   Learn how Differential Scanning Calorimetry directly measures macromolecular stability, unfolding, and binding interactions, providing valuable thermodynamic insights for protein engineering.

10. Streamline Antibody Analysis For Faster Protein Characterization 9/9/2026

    Strengthen your antibody characterization. Explore approaches for improving sizing accuracy, resolving heterogeneity, and generating reproducible data across demanding biopharmaceutical workflows.