FEATURED ARTICLES

• Ensuring Compliance When Using Wearables In Clinical Trials

  As wearable technology takes on a central role in clinical research, explore how its benefits can be maximized while navigating the increasing complexity of regulatory compliance.

• AI-Powered Breakthroughs In CNS And Pain Trials

  Discover how AI-powered tools like EEG are revolutionizing neurological and pain clinical trials by replacing subjectivity with precision and drastically accelerating the path to approval.

• The Future Of AI Analytics On Chronic Pain And Neurological DHTs In Clinical Research

  This presentation explores how DHTs and AI-driven diagnostics are transforming clinical research, supporting more accurate assessments and accelerating therapeutic development in chronic pain and neurological disorders.

• How Wearable Devices Improve Patient Engagement In Clinical Trials

  Wearables are no longer optional—they are foundational to the future of patient-centric, data-driven clinical research.

• The Future Of AI In Clinical Research, Delivered Today

  The FDA's new guidance outlines a future where AI models support regulatory submissions, taking a pivotal step toward modernizing regulatory science.

• The Future Of Remote Patient Monitoring In Decentralized Clinical Trials

  Remote Patient Monitoring (RPM) is not just an innovation—it's a catalyst redefining how clinical research is conducted in the digital age.

• Bring Your Own Device (BYOD) Clinical Trials

  Bring Your Own Device (BYOD) is revolutionizing clinical trials by enabling participants and researchers to use their own smartphones, tablets, or computers to collect and manage data.

• The Future Of Wearable Technology In Clinical Trials

  Learn how wearable technology is reshaping the future of clinical trials, offering opportunities to collect continuous, real-time health data while improving patient access and engagement.

• The Next Steps To Modernize Clinical Trials With DHTs And AI

  Explore an innovative approach to seamless, real-time data capture through wearable sensors that aligns with the FDA's efforts to modernize trials through Digital Health Technologies (DHTs).

• Modernizing Research Through New Tech, Contracting, And Pricing

  Meet the FDA's guidance on modernizing your clinical trials with a single-codebase solution that streamlines data capture, reduces delays, and simplifies compliance.

• How EDC Software Improves Patient Safety

  As clinical research evolves, EDC remains a cornerstone for data accuracy, ethical compliance, and faster access to effective treatments.

• How EDC Software Minimizes Bias In Clinical Trials

  Electronic Data Capture (EDC) systems play a crucial role in mitigating bias through automated validation rules, structured workflows, and real-time monitoring.

• Maximizing Site Performance: The Hidden Benefits Of Unified eConsent And EDC

  Disconnected systems for eConsent and EDC create inefficiencies that burden clinical trial teams, but modern integrated platform solutions are streamlining operations.

• How Modern EDC Systems Are Becoming Clinical Intelligence Hubs

  Modern electronic data capture (EDC) systems are transforming clinical trials by evolving from data repositories into dynamic clinical intelligence hubs.

• From Imaging To Analysis: 5 Steps For Success With TrialKit PACS

  Obtain a fully integrated platform that seamlessly connects imaging data with EDC systems, resulting in streamlined data acquisition, real-time collaboration, and advanced analysis within a unified system.

• The Role Of AI Throughout The Clinical Research Journey

  AI revolutionizes clinical trials by optimizing study design, automating processes, enhancing patient-centric approaches, and providing real-time insights.

• From Data Silos To Unified Insights: The Power Of AI In Clinical Trials

  AI tools like TrialKit AI revolutionize clinical trials by integrating diverse data sources, including wearables, breaking silos, enhancing insights, and enabling smarter, more patient-centered research.

• The Digital Teammate: How AI Is Changing Clinical Research

  AI in clinical research serves as a "digital colleague," enhancing workflows, accelerating data analysis, and empowering study teams with precision, and insightful solutions for better patient outcomes.

• Simplifying ePRO Data Collection

  The Bring Your Own Device (BYOD) model, supported by Trialkit, is an innovative approach in clinical trials that allows participants to use personal smartphones or tablets for data collection.

• Avoid Database Go-Live Delays With The Right EDC System

  If you are looking to speed up your start-up process, selecting a reliable EDC System is key.