Catalent licenses taste-masking technology for bitter drugs following R&D collaboration with NJIT

October 10th, 2012
Following a successful research collaboration with NJIT, Catalent Pharma Solutions of Somerset has announced that it has exclusively licensed innovative taste-making technology developed by NJIT Distinguished Professor Rajesh Davé, who was the principal investigator of a research project funded by Catalent. The technology will mask the most challenging, unpleasant and bitter tasting pharmaceutical active ingredients.

Under the terms of the license, Catalent will complete transfer of the technology into its world class, cGMP facilities to support manufacture of novel dosage forms such as its Zydis® fast dissolve platform. It is expected that the taste-masking technology will be effective for developing a wide variety of formulations including granules/sachets, sprinkles, chewables, effervescent and oral dispersible tablets.

"Taste-masking of fine drug particles has remained an un-met technical challenge for formulators," said Davé. "Through funding from Catalent we have been able to leverage our expertise to innovate technology and processes that allow for these materials to be cost effectively coated and taste-masked. This is a significant achievement for our team that included two highly-talented graduate students who delivered solutions to the Catalent challenge on time while developing strong fundamental science that would lead to journal articles."

Davé is a long-time faculty member of Newark College of Engineering's Department of Chemical, Biological and Pharmaceutical Engineering at NJIT.

Catalent Senior Vice President of Research and Development Kurt Nielsen commented, "Dr. Davé and his group at NJIT are leaders in particle science engineering, which has enabled a unique approach to API coating. It complements perfectly with Catalent's extensive dose form capabilities and will facilitate formulation of the most difficult-to-taste-mask actives. Catalent has already produced the first feasibility samples, which have exceeded our expectations. This technology will allow development of new dosage forms with the potential to deliver significant advantages to our customers and benefits to patients and consumers."

NJIT Associate Vice President of Technology Development Judith Sheft noted, "Collaboration with industry is an important element in the academic technology commercialization process. Industry can provide a focus, direction and input to an academic research agenda as well as the necessary resources to scale up early stage laboratory results. The project with Catalent is a wonderful example of a partnership between industry and academia that addresses both of these aspects."

Provided by New Jersey Institute of Technology

This Science News Wire page contains a press release issued by an organization mentioned above and is provided to you “as is” with little or no review from Phys.Org staff.

More news stories

Making 3-D imaging 1,000 times better

MIT researchers have shown that by exploiting the polarization of light—the physical phenomenon behind polarized sunglasses and most 3-D movie systems—they can increase the resolution of conventional 3-D imaging devices ...

Which came first—the sponge or the comb jelly?

Bristol study reaffirms classical view of early animal evolution. Whether sponges or comb jellies (also known as sea gooseberries) represent the oldest extant animal phylum is of crucial importance to our understanding of ...

Trap-jaw ants exhibit previously unseen jumping behavior

A species of trap-jaw ant has been found to exhibit a previously unseen jumping behavior, using its legs rather than its powerful jaws. The discovery makes this species, Odontomachus rixosus, the only species of ant that ...