Biopharmaceutical processing is the discipline that combines all the components necessary to translate life science discoveries into commercial products.
Major advances in areas such as genomics, proteomics, and transcriptomics combined with high throughput screening and informatics are leading to new and exciting understanding of the molecular basis of disease. These offer the potential for new drug discoveries for treatment of many life threatening and debilitating diseases such as Parkinson’s, Alzheimer’s, cancers, heart diseases, rheumatoid arthritis, and many more.
The translation of potential new drug discoveries into affordable, safe, and efficacious medicines and therapies presents a host of challenges that go beyond and above discovery, and require a talent pool of scientists and engineers with a strong and disciplined knowledge base at the interface between discovery and biomanufacturing.
Biopharmaceutical processing is the discipline that holistically combines all the components necessary to translate life science discoveries into commercial products. These components include: bioproduct and bioprocess research, development and characterization, biomanufacturing platform development, bioprocess modeling and scale up/scale-down, validation, quality and regulatory compliance, and process transfer to biomanufacturing.
Biopharmaceutical processing is a subject of high professional standing and its contributions to human healthcare and economic growth over the past four decades have been phenomenal. For example, as a snapshot, in 2012 the 12 top selling drugs included eight biologics (see table below) with total sales of US $56.125 billion.
Adapted from: The Review of American Pharmaceutical Business & technology, Oct. 30, 2013
Biopharmaceutical process engineers are in high demand. For example, the chart below shows that in the U.S., employer demand for biopharmaceutical engineering-trained individuals increased 87 percent from first half of 2010 through the end of 2014.
Growth in Employer Demand, 2010-14