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Medicine and Health Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Pharmacy and Pharmaceutical Sciences

University of Tennessee Health Science Center

2012

Lutrol F68 micro

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Effect Of Compression Force On Agglomeration Of Micronized Active Pharmaceutical Ingredients: Techniques To Prevent Api Agglomeration During Compression, Suresh Potharaju Dec 2012

Effect Of Compression Force On Agglomeration Of Micronized Active Pharmaceutical Ingredients: Techniques To Prevent Api Agglomeration During Compression, Suresh Potharaju

Theses and Dissertations (ETD)

Micronization is one of the common processes for size reduction to increase surface area of poorly soluble Active Pharmaceutical Ingredient’s (API). This size reduction improves the dissolution rate and permeability thereby increasing the bioavailability for hydrophobic API’s.

Tablets and capsules are the most marketed and easy to manufacture solid dosage forms. During manufacturing of tablets, high compression forces are applied uniaxially on the powder bed to get a coherent consolidated compact with good tensile strength. So, diluents are required to mix with API’s and compress into tablets. When this mixture is compressed into tablets, there is a possibility of agglomeration …