Everyday researchers face the daunting challenge of creating more effective biotherapeutics. Many candidates fail due to a lack of critical stability information that’s tightly linked to function and efficacy. Scientists deserve a technology early on in their research that reveals deep bioanalytical characterization. Prometheus quickly and precisely measures conformational and colloidal stability of any protein. Examples of optimizing storage/buffer formulation conditions and functional screening to identify better biotherapeutic targets using Prometheus will be discussed.
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Multi-parameter formulation development for an HIV-vaccine protein with direct validation of epitope binding integrity and stoichiometry
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Use of self-interaction parameters derived from light scattering experiments for better developability assessment of biologic therapeutics
34:16Join this webinar to learn about the physical phenomenon that drives Dynamic Light Scattering (DLS), and see a few examples of how DLS gives you deeper insights.
25:16Dynamic Light Scattering (DLS) is a technique that allows researchers to accurately size their biologic molecules and determine the distribution of particle sizes in a solution. In order to turn scatt
42:46Join this case study and walk through of Prometheus Panta. Make your formulation workflow more efficient and effective with simultaneous, multi-parameter stability characterization. What you’ll lear
5 experiments in biologics that can be improved with dynamic light scattering
Biologics, which are drugs and treatments derived from natural products, undergo a long development process before they reach the clinic. When you invest a lot of time and money in the process to...
5 formulation changes you can evaluate with Dynamic Light Scattering to increase your biologics candidates’ success
Biologics researchers are deeply concerned with formulation. Formulation typically refers to the final development of a deliverable, biologically derived molecule (such as a protein, peptide,...