Manufacturing

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Review of SUT Adoption in Biopharma Manufacturing

The evolution of therapeutic modalities drives the adoption of single-use technologies.

Review of SUT Adoption in Biopharma Manufacturing

Moving Biosimilars Forward in a Hesitant Market

Despite a growing number of biosimilar approvals, market uptake remains a challenge.

Moving Biosimilars Forward in a Hesitant Market

Automating the Future of Fill/Finish

Given the criticality of fill/finish processes, it is clear that automation is the next technological step.

Automating the Future of Fill/Finish

From the earliest days of the biotechnology industry, companies have grappled with the complexities of making innovative biopharmaceuticals on a large scale. Success in manufacturing begins with process science, since biotech production requires perfection in maintaining living organisms in a sterile environment under controlled physiological conditions. But unless companies can solve the challenge of planning for and managing manufacturing capacity, they will not be able to achieve the full potential of promising biotech products.

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In animal studies, we have demonstrated that the dose of an injected H5N1 vaccine candidate can be significantly reduced by using a skin patch containing E. coli heat-labile enterotoxin (LT) applied over the injection site. LT-activated epidermal Langerhans cells migrate to the nearby draining lymph node and enhance the immune response to the injected antigen. A dry patch formulation has been optimized as a dose sparing strategy for pandemic flu and other vaccines. Iomai Corporation has developed a proprietary stabilizing formulation for the patch that allows use and storage at ambient temperature. The patch withstands temperature extremes during shipment, and is suitable for stockpiling.