Patient Journey-Centric Study Designs in Clinical Trials


July 18, 2024

Contract Research Organizations (CROs) play a crucial role in the execution and management of clinical trials. As intermediaries between sponsors and research sites, CROs have a unique opportunity to champion patient journey-centric study designs. By prioritizing patient experience, CROs can enhance trial efficiency, improve data quality, and foster greater patient engagement and retention. Here, we share some key points from our perspective on integrating patient journey-centric study designs into clinical trials.

Respect for the Patient

Patient-centric protocol development:

Mapping out a patient’s journey involves understanding the various stages a patient goes through, from diagnosis to treatment and beyond, including the emotional, physical, and logistical challenges faced by patients and their families. Incorporating patient input early in the protocol development process ensures that potential burdens and barriers are identified and addressed proactively.

At Cytel, we work with sponsors to develop protocols that align seamlessly with the daily lives of patients. This includes considering the convenience and comfort of patients when scheduling visits and choosing procedures.

Flexible and adaptive trial designs:

Implementing decentralized clinical trial models, such as home visits, telemedicine consultations, and remote monitoring, can provide greater flexibility in conducting clinical research and significantly reduce patient burden. As a more patient-centric trial design, these studies increase participation and reduce costs, while securely capturing essential data points.

Additionally, adaptive trial designs that allow for modifications based on interim results can help maintain patient safety and engagement by minimizing unnecessary procedures and optimizing treatment regimens.

 

Ethical Obligation to Maximize Data Utility

Enhanced data collection methods:

Utilizing digital health technologies, such as wearables and mobile apps, enables continuous and accurate data collection with minimal patient effort. Wearables can provide more sensitive measurements for clinical studies and often capture rare events that are unlikely to occur during routine clinical visits. For instance, Parkinson’s patients often experience freezing and falling, events typically reported to clinicians after their occurrence. The use of wearables allows for real-time data collection, capturing nuances that would otherwise be missed during a visit to a clinic.

Irrespective of the source or method of data collection, it is paramount to ensure data integrity and accuracy. It is crucial to provide proper training for site staff and implement robust data collection systems. This approach can help maintain data reliability and support effective decision-making.

Optimizing data points:

We have an ethical responsibility to streamline data collection processes to gather the most relevant data efficiently. This can be achieved by focusing on key endpoints and reducing redundant or non-essential data points.

Additionally, engaging biostatisticians early in the study design phase helps in creating a data collection strategy that maximizes the value and relevance of the data obtained.

 

Valuing Data and Its Contributions

Transparency and communication:

Regularly updating patients on the trial’s progress and findings fosters a sense of inclusion and respect. At Cytel, we facilitate this by developing communication strategies that keep patients informed and engaged throughout the trial. Providing patients with access to their trial results not only respects their contribution but also empowers them with valuable health information.

Data sharing and collaboration:

Building partnerships with patient advocacy groups and incorporating their feedback can enhance the relevance and impact of the research. Cytel advocates for and implements data-sharing practices that promote transparency and reproducibility. This approach includes publishing trial results promptly and sharing data with the scientific community to advance medical knowledge.

Creating a patient-centric culture:

Training and educating our staff on the importance of patient-centric approaches ensures that the patient’s journey is prioritized at every stage of the clinical trial. Establishing feedback mechanisms where patients can share their experiences and suggestions helps us to continuously improve our processes and protocols.

 

Final Takeaway

From our perspective, embracing patient journey-centric study designs is not just beneficial but essential. We can significantly enhance the quality and success of clinical trials by respecting patients, adhering to ethical obligations to maximize data utility, and valuing the data contributions of each participant.. This patient-centric approach leads to more efficient trials, higher patient satisfaction, and ultimately, more meaningful and impactful research outcomes. Cytel, as a vital player in the clinical trial landscape, takes the responsibility to lead this shift towards more patient-focused research methodologies.

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Benjamin Piske

Global Head of Biostatistics

Benjamin discovered his interest in statistics during his mathematics and economics studies at the University of Göttingen, where he attended courses in statistics at the department of medical statistics. Focusing on non-parametric statistics, he completed his MSc in 2003 and started working for a global full-service CRO afterwards.

Benjamin started as a biostatistician in the phase IIIb/IV environment and worked on interventional and non-interventional late phase trials, commercialization work, publication/presentation support, registries, and investigator-driven trials in several therapeutic areas — mainly oncology, haematology and neurology — using a broad range of statistical methods. In the later stages of his career, he expanded his focus to include earlier phases as well.

Beginning in 2008, Benjamin assumed line management responsibilities, overseeing a growing number of staff and placing additional focus on people development and initiatives. Joining Cytel as Senior Director of Biostatistics in 2020, Benjamin led the team of statisticians in North America and was promoted to Global Head of Biostatistics in 2024.

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Cedric Marchand

VP, Global Head of Statistical Programming

Cedric brings over 25 years of extensive experience in the pharmaceutical industry. Throughout his career, he has worked as Lead statistical programmer on numerous clinical trials spanning phases I to IV, and has been involved in a wide range of activities including integrated summaries of efficacy and safety, CDISC e-Submission, drug development lifecycle management, exploratory analyses, responses to regulatory agencies, and publication support.

With a rich background in both CRO and pharmaceutical companies, Cedric has amassed significant experience in project management and people management since 2009. He manages globally distributed remote teams, fostering collaboration and communication across different time zones and cultures, ensuring that projects are completed to high standards of quality and achieving organizational goals and initiatives.

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