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Next generation sequencing (NGS) has capabilities for sensitive and broad virus detection and therefore can potentially substitute or replace the current adventitious virus detection assays. Using NGS to substitute for in vivo assays can support the global efforts to reduce animal use and NGS can address the limitations of the in vitro assays related to interference by the vaccine virus in the absence of a potent neutralizing antibody. Furthermore, NGS can shorten the testing time from months down to weeks. Recent efforts for using NGS for adventitious virus detection in biologics has focused on method standardization and assay validation. This presentation will highlight the rapid progress for NGS implementation as a rapid adventitious virus detection assay to accelerate SARS-CoV-2 vaccine development in OVRR submissions.
Both the EMA and FDA recognize the vital importance of the Higher Order Structure (HOS) of a protein. It is specifically called out in their guidances and it is their expectation that the latest technology be applied to understand it…
A look at modern 21st-century forces - war, political collapse, climate change, urbanization, anti-science, leading to a return of neglected and vaccine-preventable diseases. My lecture will address my time as US Science Envoy in the White House and US State Department…