Unlocking the Future of Pharmaceuticals with Advanced Surface and Interface Analysis

Interfacial processes play key roles in several areas of pharmaceutical research, drug development, and production, impacting both product efficiency and safety.
At Biolin Scientific, we offer product solutions tailored for advanced analysis of thin film properties and surface and interface phenomena.

Application areas

  • Drug development
  • Drug delivery
  • Drug-surface interactions
  • Biomaterial interaction with human tissue
  • Biosensor development

 

Why choose Biolin Scientific?

Using our solutions, you can, for example, analyze drug loading and release dynamics and carrier interactions with biological environments, enabling the design and optimization of drug delivery systems. You can study molecular interactions with cell membrane models to understand virus behavior and develop effective antiviral strategies to combat existing and emerging viral threats. And, you can analyze interactions between active pharmaceutical ingredients and excipients with container and closure materials to reduce the risk of late-stage incompatibility discoveries.
QSense QCM sensors for Biopharma

Assessing Stability and Material Compatibility of Biopharmaceuticals

Screening for surface-induced instabilities in the development phase can help reduce the risk of late discovery of incompatibilities and mitigate potential challenges before they lead to program delays and unplanned costs. QSense QCM-D technology is used to analyze interactions of active pharmaceutical ingredients and excipients with materials used in manufacturing, storage, and administration.

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Wettability of pharmaceutical powders

Wettability plays an important role in many industrial applications where solid, and liquid interact. In the pharmaceutical industry, the solid is often in the form of a powder. In pharmaceutical powders, wettability plays a pivotal role in formulation, storage, and the performance of dosage forms.

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Antibody adsorption at air-water interfaces

Adsorption of pharmaceutical molecules at the air-water interface can cause the net concentration of the drug in the solution to diminish during long storage time. This can lead to insufficient and inaccurate dosage for the patient. Surfactants are often used to inhibit the adsorption. To understand the problem better adsorption kinetics can be studied. 

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You can also have a look at all information we have gathered about Biointerfaces/Biomembrane and Biointerfaces/Biomolecular interactions!