2024 - EHR Optimization and Decentralized Strategies for Clinical Performance Studies of Liquid Biopsy Technologies in Cancer Screening
Date2024-12-18
Deadline2024-12-18
VenueONLINE-VIRTUAL, USA - United States
KeywordsLife Sciences; Clinical Trials; Pharmaceutical
Topics/Call fo Papers
The adoption of hybrid and fully decentralized clinical studies is transforming the landscape of clinical research for liquid biopsy diagnostics, particularly in cancer screening.
As clinical research evolves, the ability to identify and engage diverse populations, manage logistics for specimen collection, acquire imaging and pathology data and adhere to lab analysis protocols becomes critical. Conducting decentralized studies of in-vitro diagnostic (IVD) products requires a technical and pragmatic understanding of the instruments, vendor limitations and requirements and human factors that contribute to success.
In this webinar, the expert speakers will share their deep knowledge and real-world experience in deploying decentralized strategies for validation and clinical performance studies. They will discuss proven methods for streamlining data collection and study management virtually while ensuring data integrity and regulatory compliance. The key topics will include:
Digital recruitment techniques, including EHR optimization, to identify, educate and consent diverse patient populations, particularly for underserved communitiesf
Remote specimen collection and logistics
Retrieval of medical records as well as supporting imaging and pathology data
Retention strategies for longitudinal designs, engaging participants over extended study periods, including electronic health record (EHR), optimization robust data sets
Join this webinar to learn how to optimize patient identification and diversity focused recruitment utilizing EHR and digital outreach strategies, utilize and manage third party vendors remotely and ensure successful, diverse patient participation.
Keywords: Cancer, Patient Screening, Clinical Research, CRO, Patient Recruitment, Liquid Biopsy, IVD, Diagnostics, In Vitro Diagnostics, Patient Diversity, EHR
As clinical research evolves, the ability to identify and engage diverse populations, manage logistics for specimen collection, acquire imaging and pathology data and adhere to lab analysis protocols becomes critical. Conducting decentralized studies of in-vitro diagnostic (IVD) products requires a technical and pragmatic understanding of the instruments, vendor limitations and requirements and human factors that contribute to success.
In this webinar, the expert speakers will share their deep knowledge and real-world experience in deploying decentralized strategies for validation and clinical performance studies. They will discuss proven methods for streamlining data collection and study management virtually while ensuring data integrity and regulatory compliance. The key topics will include:
Digital recruitment techniques, including EHR optimization, to identify, educate and consent diverse patient populations, particularly for underserved communitiesf
Remote specimen collection and logistics
Retrieval of medical records as well as supporting imaging and pathology data
Retention strategies for longitudinal designs, engaging participants over extended study periods, including electronic health record (EHR), optimization robust data sets
Join this webinar to learn how to optimize patient identification and diversity focused recruitment utilizing EHR and digital outreach strategies, utilize and manage third party vendors remotely and ensure successful, diverse patient participation.
Keywords: Cancer, Patient Screening, Clinical Research, CRO, Patient Recruitment, Liquid Biopsy, IVD, Diagnostics, In Vitro Diagnostics, Patient Diversity, EHR
Other CFPs
- Double Dippers: The Secret Lives of Serial Study Subjects
- Cilia Proteins as Biomarkers of Vascular Health
- Developing Predictive Cancer Models and More Persistent CAR T-cell Therapies through Enhanced Metabolic Fitness
- Generative AI in Clinical Research: From Data to Patient Cohorts
- Microfluidic Devices with Glass: New Trends for Diagnostic and Life Science Applications
Last modified: 2024-10-30 05:37:15