
Small MoleculesNov 09, 2024
ENT-03 GRC Poster
ENT-03 was predicted to be the mammalian equivalent of trodusquemine, based on knowledge of the bile acids produced in mammals, such as 7-HOCA. The individual C-25 isomers of ENT-03 were prepared and both detected in mouse brain. Trodusquemine and ENT-03 have both demonstrated dramatic effects in obesity and insulin resistance. (25S)-ENT-03 was selected for development for the treatment of diabetes and obesity.

Case Studies & WhitepapersNov 08, 2024
Co-processing Series: 4. Heterogeneous nucleation (HN)
In the context of crystallization, heterogeneous nucleation occurs when crystals form on a surface rather than spontaneously in the bulk solution, playing a crucial role in controlling crystal formation and growth. When applied to Co-processing, heterogeneous nucleation on the surface of excipients enhances material properties, allowing for greater control over critical attributes such as flowability, stability, and polymorphism.

Case Studies & WhitepapersOct 28, 2024
Co-processing Series: 3. Adsorption
This method involves the absorption of a dissolved drug into the pores of a carrier material, known as an adsorbent, with the drug remaining embedded in the porous media post-drying.

Case Studies & WhitepapersOct 18, 2024
Co-processing Series: 2. ASD - How Co-Processing can replace Spray Drying
With spray drying, a prevalent method for producing amorphous solid dispersions (ASD), the process involves rapidly drying a solution with hot gas, resulting in high energy consumption and significant infrastructure and operational costs.

Case Studies & WhitepapersOct 08, 2024
Co-processing Series: 1. What is co-processing and how is the industry embracing it?
Co-processing enhances the flow and density properties of active pharmaceutical ingredients (API) thus simplifying oral solid formulation. In some cases, co-processing can be used to generate Amorphous Solid Dispersion and offers more expeditious alternatives to traditional methods such as spray drying, nano-milling, or hot-melt extrusion.