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Company News Release
Efforts by drug companies to streamline and improve the execution of clinical study designs-to counter mounting costs and shorten development times associated with bringing new drugs to market-are yielding positive benefits.
Efforts by drug companies to streamline and improve the execution of clinical study designs-to counter mounting costs and shorten development times associated with bringing new drugs to market-are yielding positive benefits, according to an assessment recently completed by the Tufts Center for the Study of Drug Development.
According to Tufts CSDD, greater emphasis by drug sponsors on upfront planning and governance to assess and challenge protocol feasibility and new approaches to development, including facilitated review mechanisms and greater use of adaptive trial designs, are helping to improve data quality and success rates, while cutting costs.
For example, the majority of large and mid-size pharmaceutical and biotech companies surveyed by Tufts CSDD reported implementing facilitated review processes and mechanisms within the past five years to challenge protocol design feasibility.
However, Tufts CSDD found, developers continue to collect a large amount of data that is not associated with primary or key secondary endpoints, regulatory compliance, or standard baseline assessments, with one-fifth of Phase II and one-third of Phase III protocol procedures, on average, collecting non-core data.
"Progress over the last decade has been very slow and it has been difficult for sponsor companies to streamline protocol design and improve feasibility despite the critical need to do so," said Ken Getz, associate professor and director of sponsored research at Tufts CSDD. "Our research has shown that the push to collect more data and increase clinical trial complexity is associated with higher levels of drug development risk, cost, and inefficiency."
Other findings from the analysis, reported in the September/October Tufts CSDD Impact Report, released today, include the following: