Before a drug, medical device, or healthcare treatment can start changing lives—or even saving them—researchers must verify its safety and efficacy in the human body. That requires clinical trials, which are heavily regulated in the U.S. by the Food and Drug Administration (FDA), Institutional Review Boards, and local agencies.
In addition to compliance requirements, clinical trials require extensive data-handling work. Much of this data-handling work is fairly rote—and can distract researchers from the core questions they aim to answer.
Automation in clinical trials provides a solution to that problem, freeing researchers from repetitive, time-consuming tasks so they can focus on compliance, publication, and the advancement of medical science. And among the digital automation tools available to researchers, one has shown consistently strong results: Robotic Process Automation, or RPA (see sidebar below). Here’s how RPA in clinical trials is cutting costs, speeding up research, and reducing errors along the way.
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|Robotic Process Automation: A Concise Definition|
Robotic Process Automation (RPA) is a digital tool that operates computer systems through their user interfaces: spreadsheets, legacy platforms, cloud-based apps, web portals, etc. This RPA software mirrors human control of digital applications, which is why they’re often called “bots”—and why the designation includes the term “robotic.”
These RPA bots create seamless integrations between unconnected systems, allowing them to transfer data and complete operations to automate tasks as well as end-to-end processes. With RPA, users can automate previously time-consuming tasks like data entry, transfer, organization, and more.
We asked researchers and healthcare industry experts how they use RPA in their clinical trial work, along with some of the benefits they’ve obtained with this technology. We found researchers using RPA at every stage of clinical research, successfully automating tasks like:
Automating these tasks saves research staff time and effort—while also reducing the risk of human error, leading to stronger datasets. Time savings and lower error rates translate directly into cost reductions, so research institutions can fund even more clinical trials. And Lea McMahon—licensed counselor, professor of psychology, and chief clinical officer at Symetria Recovery—points to another subtle-yet-powerful benefit of using RPA in clinical trials:
“Robotic process automation positively impacts employee morale. This software can reduce their workload by taking over simple yet repetitive tasks—so the workers can carry out the medical trials rather than waste time on data entry.”
Clinical research is a highly specialized field. Before implementing RPA in clinical trials, look for a provider with strong expertise in the medical domain, says Harris. “When implementing an RPA system in a medical research operation, choose providers carefully,” Harris says. “It would be best to extensively research the market before choosing the right solution for your medical operations.”
Start your research with Nividous, a leading provider of RPA and broader intelligent automation, which combines RPA with Business Process Management (BPM) and AI for full, end-to-end process automation. The Nividous intelligent automation platform has brought healthcare successes like 95% reductions in manual work and 85% improvements in process turnaround time—and can bring similar benefits to your clinical trial work.