CDER Working to Optimize Drug Absorption

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CDER scientists are working on ways to improve the bioavailability of drugs that do not dissolve well in water on their own. An Impact post describes research exploring the potential for using amorphous solid dispersions to formulate generic drug products that may include poorly water-soluble ingredients.

“Understanding the supersaturation and precipitation behavior of poorly water-soluble compounds in vivo, and the impact on oral absorption, is critical to designing consistently performing drug products with desired absorption into the body,” the report says…. “This research explores the current mechanistic understanding and prediction of in vivo performance of amorphous solid dispersion drug products for test and reference drugs. This research may be valuable for the development of generic drug products used to treat diseases such as cancer, cystic fibrosis, and heart, liver, and lung transplant rejection.”

The post says a better understanding of the process gained from the research will be critical to guide the regulatory assessment and evaluation of test drug products regarding the risk of not being bioequivalent compared to their reference standard.

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