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

Why Are Pharmaceutical Companies Reluctant to Adopt Cloud Technologies?

Despite its understandable hesitancy, the pharma industry is facing a need for more widespread adoption of cloud-based solutions.

Why Are Pharmaceutical Companies Reluctant to Adopt Cloud Technologies?

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

Although once used only for large production processes, robotics are now working their way into every aspect of the pharma manufacturing processes.

There is much scientific evidence of the early successes of whole cell therapies as disease cures in chronic conditions and disease-modifiers in acute conditions, but limited cases of successfully transferring these discoveries to commercial products or therapies.

PEGylation has been around for 30 years and it is surprising that it is still widely used given the significant advances that have been made in biopharmaceutical manufacture since then. So why is this the case?

Last year, the UK's National Institute for Health and Clinical Excellence (NICE) decided that a new biopharmaceutical cancer drug costing £3000 per month, which could extend a patient's life by 6 months, was not value for money and would not be prescribed in the UK.

The vaccine sector is challenging for both R&D and manufacturing because a wide variety of technologies and techniques are required — even the largest companies find it difficult to cover all the relevant areas of expertise — and this drives up development costs and often forces companies into multiple collaborations to obtain the required expertise and technologies.

Maintaining asepsis and sterility is the primary challenge to implementing aseptic techniques and sterile processes in biopharmaceutical manufacture. Efforts to reduce the risk of microbial contamination of aseptically filled biotech products beyond their already low level represent engineering challenges, that don?t really compliment the progress in biotech R&D.