eCOA+
From bottlenecks to breakthroughs: How AI is transforming translation timelines
According to ClinicalTrials.gov, there are 3,046 multi-country trials being conducted this year. While many trials remain localized within a single country, there has been a definitive movement towards conducting trials in multiple countries, especially for larger, later-stage trials. This is driven by the positives that multi-country trials offer, like faster patient recruitment, lower costs in some regions, and the need for diverse patient populations.. However, behind the scenes, a critical bottleneck has been slowing many trials down. This bottleneck is the translation process that’s required to make trials work across multiple languages, locales, and regulatory bodies/organizations.
Case Study: Medable, CRO, & pharma partner to accelerate clinical trial deployment at scale
A top-3 contract research organization (CRO) and a top-10 pharmaceutical company partnered with Medable to help accelerate the speed, scale, and standardization of their eCOA trials.
The two organizations had been hampered by lengthy configuration timelines, inconsistent designs across studies, and siloed processes between sponsors and their CRO partners.
By centralizing the sponsor’s preferred instruments and configurations into a reusable digital library, Medable enabled the CRO to rapidly accelerate its portfolio development and initiate new studies without starting them “from scratch.”
Complete the form to get your copy of the case study and see how we enable rapid acceleration for CROs.
The Top 5 myths about eCOA in 2025
With MarketsandMarkets projecting the global electronic Clinical Outcome Assessments (eCOA) solutions market to grow at compound annual growth rate (CAGR) of 16.1% each year until 2030, it’s clear the eCOA has made its impact within the clinical research landscape.
Yet despite growing adoption, electronic Clinical Outcome Assessments (eCOA) are still surrounded by misconceptions that hinder their full potential. From concerns about patient usability to assumptions about cost and implementation timelines, these myths can create hesitation among sponsors and research teams alike.
Thus, we’re here to cut through the noise and set the record straight with a summary of a recent webinar featuring speakers from Transcelerate and Medable.
Accelerating oncology research: Digital strategies for modern clinical trials
Learn how digital tools ease oncology research for all stakeholders while accelerating the pace of research with this whitepaper.
No more back and forth: Building eCOAs right the first time
Recently, Medable worked with a leading market research consultant to identify the pains and processes that sponsors and CROs encounter when building trials. Of the many that were presented, one issue kept reappearing, the back and forth processes for building COAs.
This feedback was instrumental in the development of Medable Studio, which was built to simplify the study build process, take eCOA off the critical path, and give sponsors and CROs total control over the trial build process.
Why ePROs in oncology are perfect for capturing the patient’s voice
Here are two statistics that may surprise you.
Number one, according to the WIRB-Copernicus Group, the number of oncology trials has skyrocketed over the last decade, almost doubling the number of all other therapeutic areas combined.
Number two, between 2010 and 2020, only 9 out of 108 FDA-approved oncology drugs, a mere 8.3%, included electronic patient-reported outcomes (ePROs) in their labeling.
Clearly, ePRO adoption is lagging in oncology trials. This comes despite recent guidance from the FDA (in 2021 and 2024) explaining how sponsors can use these technologies to ease trials for themselves and their patients.
Case study: Setting a new client standard in study closeout timelines
A top-10 global pharmaceutical company partnered with Medable for their pivotal Phase III diabetes study in the highly competitive market. Recognizing the inefficiencies in traditional study delivery and closeout processes, the company leveraged Medable’s expertise to accelerate timelines, enhance operational efficiency, and achieve a faster time to market for this high-profile therapy.
How to improve eCOA data quality in clinical trials
Electronic clinical outcome assessments (eCOA) have become essential for modern clinical trials, offering numerous advantages over traditional paper-based methods. However, the benefits of eCOA can only be fully realized if the data collected is of the highest quality. Ensuring data quality in eCOA clinical trials requires a multifaceted approach, encompassing platform design, patient engagement strategies, robust data validation procedures, and strict adherence to regulatory guidelines. This blog post explores key strategies for achieving and maintaining data quality throughout the eCOA process.
The role of eCOAs and wearables in modern oncology clinical trials
In the rapidly evolving landscape of oncology clinical trials, the integration of electronic Clinical Outcome Assessments (eCOA) and wearable technologies is revolutionizing how data is collected and patient experiences are monitored. These technologies offer unprecedented opportunities to enhance data quality, improve patient engagement, and enable real-time tracking of treatment efficacy and side effects. This blog post delves into the pivotal roles that eCOA and wearables play in modern oncology clinical trials, highlighting their impact on patient-centric research and the advancement of cancer care.
Top technical considerations with eCOA in clinical trials
Explore the prevalent challenges encountered in eCOA clinical trials, from technical issues and patient adherence to data security and regulatory adherence, and discover strategies for mitigation.
Optimize patient adherence by implementing eCOA in clinical trials
Patient adherence is a must for any clinical trial to be considered successful. When patients consistently and accurately complete their electronic clinical outcome assessment (eCOAs) the quality and reliability of the data significantly improve, leading to more robust trial outcomes.
However, maintaining high patient adherence can be challenging, particularly in long-term studies or complex assessments. This blog post explores effective strategies to optimize patient adherence in eCOA clinical trials, focusing on patient-centric design, clear communication, and strategic technology implementation.
Building a “gold standard” clinical trial experience in Japan
When talking to customers conducting their first multi-country trial, we sometimes liken clinical trials to spider webs. Just as a garden spider’s web differs from a black widow’s, clinical trials follow unique patterns in every region. Each country comes with its own set of rules, ethical standards, approval processes, and data privacy laws. Cultural factors also play a crucial role in how patients are recruited and understand Clinical trials, requiring sensitive communication and a deep respect for participants’ needs.
In Japan, these regulatory and cultural intricacies form a complex ‘web,’ with anchor points and structural requirements that, when understood and implemented correctly, create a framework for success. However, conducting Clinical trials in Japan has historically posed challenges for Sponsors and Contract Research Organizations (CROs). When we first entered the region, one Sponsor consistently cited issues with eCOA solutions and site and patient support, not fully adapting to Japan’s unique requirements. This feedback, combined with our own experiences on the ground, revealed a clear need for improvement.
Today, we can proudly say that the solutions we put in place have transformed Japan’s Clinical trial landscape, and what was once a challenge has now become the “gold standard” for supporting Clinical trials in the region.
The critical role of eCOA software in shaping modern clinical trial design
Discover how eCOA software is reshaping modern clinical trials by enabling decentralized designs, enhancing patient adherence, and optimizing data collection through real-time digital tools. Learn how cloud-based solutions and AI are driving the next evolution in clinical research.