Trial Design, Endpoints and other Key Differences for Approval of Novel Tx Agents by the EMA and the FDA
Developing novel Therapeutics and getting them Approved by the EMA and the FDA
Biotech companies face a rigorous regulatory approval process in order to comply with safety and efficacy standards set by the EMA, MHRA, and the varying country-specific regulations.
Depending upon the drug type and indication, approval process can be significantly different and impact the risks and costs of the development pathway.
The overall approval process is a major difference between the EMA/MHRA and FDA. For drugs intended for use in multiple European Member states, regulatory approval process requires different steps with differing associated timelines than those at the FDA. Factors such as drug complexity and the overall completeness of the application can still impact review times.
Most importantly, to achieve success, the clinical trials may also be required to be designated differently.
It is no secret that both agencies will demand comprehensive safety and efficacy data for a drug. The FDA generally affords less meetings and less opportunities for feedback, although review times can be shorter. The EMA/MHRA process requires more in-depth review of human data, with less instance on In vitro and In vivo results. The EMA has different requirements for pharmacokinetics and drug safety in vulnerable patient populations, like pregnant women and children. On the other hand, the FDA places more emphasis on clinical endpoints and improvements in the quality of life.
FDA places more emphasis on clinical endpoints.
At IAG, we have extensive experience to support clinical trial design requirements, especially when it comes to choosing the imaging endpoints for safety and efficacy. While both agencies prioritize ethical standards and emphasizes Good Clinical Practice (GCP) guidelines for the design, conduct, and reporting of clinical trials, note that the FDA has very specific requirements for patient populations, endpoints, and statistical analysis methods. These are deployed to ensure the reliability of clinical trial data.
A recent case study of our client, a small biotech company used a global CRO to conduct a Phase IIb study of its immunology product candidate, which involved over 250 patients and cost about $10 million. The study did not achieve the primary or secondary endpoints, because it was discovered after the database was locked that nearly a quarter of the patients were on exclusionary medications throughout the trial. This is not an unusual problem. The enrolment of patients who do not comply with the inclusion/exclusion criteria of a protocol occurs in 1 out of every 13 patients enrolled in electronic-based trials and more than 1 out of 7 patients in paper-based trials. This can have a fatal impact on a study that has not been powered to account for the loss of such patient data for statistical purposes.
Moreover, after initial statistical analysis between the imaging and clinical data, it was clear that the reduction in pain (which is one of the key symptoms in this indication) and structural changes do not correlate.
With only a few data points, IAG conducted regression analysis to understand that sub-optimal patient stratification was deployed. We have re-designed the trial, deploying efficient patient stratification approach and separating early arthritis from late arthritis patients.
After bringing on board an expert rheumatology CRO partner, a new study was conducted. It hit its endpoints in a narrowed population, and did not have any patients enrolled who were not qualified for randomization under the protocol.
The solution began with integrating data flows to ensure interoperability of disparate systems and integration of data sources. DYNAMIKA, our unique cloud data management platform eliminates data silos by continually harnessing all of the information in a trial from all of the data sources — sites, imaging, investigators. More importantly, the data is consolidated, reconciled and single-view reported as valid information to the study team on an ongoing basis.
After unlocking the insights that disparate data sources collectively contain, sophisticated analytics are used to interpret the information, drive fact-based decisions and reduce prevalent risk factors in clinical studies.
In this case study, IAG automated a complex patient eligibility calculation after aggregating live data from multiple disparate data sources in order to immediately decide the right patients to enrol in a study.
These data were presented and approved by the FDA and later in the year, the company has received EMA approval.
Reach out to our expert team, as you are designing and planning your trial. <imaging.experts @ ia-grp.com>
About IAG, Image Analysis Group
IAG, Image Analysis Group is a strategic partner to bio-pharmaceutical companies developing new treatments to improve patients’ lives. Our dynamic Strategy, Trial Solutions and Bio-Partnering divisions work closely to meet critical needs of biotechnology companies: funding, clinical development, and monetization of their assets. We fuse decades of therapeutic insights, risk-sharing business model and agile culture to accelerate novel drug development. IAG broadly leverages its core imaging expertise, proprietary technology platform DYNAMIKA and capabilities to support an objective early go no/ go decision and drive excellence for tomorrow’s innovative therapeutic agents with speed.
Breakthroughs in AD research and trials rely on accurate imaging and its interpretation.
The world saw unprecedented growth in healthcare investing in 2021.
Increase the scientific value of clinical trials and accelerate the drug to market process.