Pharmaceuticals

We offer innovative lipid excipients and personalized technical support, provided by fully trained experts to accelerate customers’ development programs, for pharmaceutical and veterinary drugs, as well as dietary supplements.

All about pharmaceuticals

  • Products

    Find the most appropriate excipients for your development projects. 

  • Formulation technologies

    Learn how to formulate with our lipid excipients.

  • Markets

    Excipients for pharmaceuticals and veterinary drugs, and dietary supplements.

  • Learn more

    Our latest news and publications, on-demand webinars, and brochures.

Capryol® 90

Read more

Latest News

Unveiling the Potential of Labrasol® ALF Labrafac™ MC60 and Capryol® 90 as Permeation Enhancers to Address Low Bioavailability Issues

  • Publication
  • Whitepaper

Oct 2024

In vitro, ex vivo, and in vivo tests show that Labrasol® ALF, Labrafac™ MC60, and Capryol® 90 are effective and safe permeation enhancers. They work by temporarily opening tight junctions in the intestinal lining, potentially improving the bioavailability of poorly permeable drugs, including small molecules (BCS III and IV) and large molecules like peptides and proteins.

Sustained Release Redefined: Lipid-Based Matrices as a Versatile Platform

  • Modified-release

This webinar will explore the unique release mechanisms of lipid matrices, specifically those formulated with Compritol® 888 ATO (glyceryl dibehenate).

Platform technology for introducing liquid solubilizers in tablet formulations

  • Publication
  • Poster

Oct 2024

Lipid-based excipients, which are often liquid at room temperature, can enhance solubility and permeation. This study aims to incorporate a liquid lipid excipient into a solid dosage form for the poorly water-soluble drug ondansetron hydrochloride dihydrate (OHD).

Toward improving the in vitro in vivo correlation of lipid-based formulations using a simplified gastro-intestinal lipolysis protocol

  • Publication
  • Poster

Oct 2024

Lipid-based formulations (LBF) enhance the oral bioavailability of poorly water-soluble drugs by maintaining them in a solubilized state during digestion. This study aims to establish a robust protocol to evaluate the impact of gastro-intestinal lipolysis on LBF performance, using cinnarizine as a model drug.

  • Lipolysis test

Meet us

CPHI India

26 - 28 Nov 2024

India Expo Centre
Booth 6L01

New Delhi, India

  • Pharmaceuticals

Webinar: Boosting Oral Drug Permeability with Colloidal Carriers and Tight Junction Modulation

11 Dec 2024

Online

17:00 (CET)

  • Pharmaceuticals