Asahi Kasei Receives Prestigious Okochi Memorial Prize for its Microcrystalline Cellulose (MCC) Ceolus™ UF Grade Used for Excipient in Tablets – Solving Tableting Issues, Improving Content Uniformity, and Achieving Challenging Dosage Form
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Made from natural pulp, MCC Ceolus™ is used as an excipient for pharmaceuticals and nutritional supplements. MCC is primarily applied as a tablet binder, an additive which provides a powder formulation for tablets' compactibility and flowability. High compactibility provides tablets a sufficient hardness to prevent issues such as capping and chipping, while high flowability will contribute to productivity by filling a powder evenly and quickly in the tableting machine. However, achieving the right balance between these two properties in MCC has been a long-term challenge.
Asahi Kasei has developed the Ceolus™ UF grade, which features high compactibility and flowability with a porous particle shape and fine space inside. This has achieved high tablet productivity and sufficient API uniformity even in low-dose API tablets. It also supports the development of challenging dosage forms such as small tablets, contributing to the supply of tablets that make pharmaceuticals and nutritional supplements easier to take for patients and customers. This achievement has been highly evaluated and led to recognition by the
“We are very proud to achieve this reward and believe it emphasizes Ceolus™’ key role in the pharmaceutical industry and the value we bring to customers worldwide. This recognition adds to our dedication to innovating the tablet industry and continuing to improve end-user experience by solving our customer’s most difficult development challenges,” commented
Nitrosamine reduction solutions with low nitrite levels of 0.1 μg/g (ppm) and less
In addition to the UF grade, Asahi Kasei is also improving nitrosamine risk reduction by distributing low-nitrite level products.
In 2018, several pharmaceuticals were found to contain a nitrosamine impurity, which was later identified as potentially carcinogenic, resulting in a significant increase in public awareness of the potential health hazards of nitrosamine. Guided by regional authorities such as the
To learn more about Ceolus™ and view testing results, click here.
About the
Established in 1954, the
About Asahi Kasei
Asahi Kasei is also dedicated to sustainability initiatives and is contributing to reaching a carbon neutral society by 2050. To learn more, visit https://www.asahi-kasei.com/sustainability/.
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Europe Contact:
sebastian.schmidt@asahi-kasei.eu
North America Contact:
christian.okeefe@ak-america.com
Source: Asahi Kasei