According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
In this webinar, our expert panelists address the challenges and misconceptions associated with depression clinical trials—and discuss the opportunities to leverage remote methods to deliver stronger therapeutic evidence with reduced patient burden.
According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
In this webinar, our expert panelists address the challenges and misconceptions associated with depression clinical trials—and discuss the opportunities to leverage remote methods to deliver stronger therapeutic evidence with reduced patient burden. Download the webinar summary and key takeaways in PDF format by filling out the form below.
According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
In this webinar, our expert panelists address the challenges and misconceptions associated with depression clinical trials—and discuss the opportunities to leverage remote methods to deliver stronger therapeutic evidence with reduced patient burden. Download the webinar summary and key takeaways in PDF format by filling out the form below.
According to GlobalData’s Clinical Trial Database, CNS studies represent roughly 26 percent of all DCTs conducted since 2015—making CNS the most researched therapeutic area for DCTs. One CNS subcategory in particular is emerging as a prime candidate for the successful deployment of hybrid DCT models: depression.
But, despite the opportunities associated with decentralizing depression clinical trials, many questions remain unanswered:
In this webinar, Taylor Major, MBA MPH, Jenny Ly, PhD, and Faith Matcham, PhD, CPsychol, address these questions and more—drawing from their experiences and expertise in this research space to discuss how remote methods can improve the participant experience and deliver stronger evidence in depression clinical trials.
Leveraging real-world examples from the first fully decentralized clinical trial in the urogynecology space, our presenters discuss the ways in which technology has helped to increase patient recruitment, engagement, and patient completion rates.
At MAGI 2020, we spoke on the many advantages of 'going virtual.' Our presentation revolves around one critical observation: not every trial can go virtual, but every trial can benefit from implementing virtual elements. Virtual clinical trials make for happier, engaged patients who produce better data. Our patient-centric DCTs are evidence.