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Hawthorne Effect: Making Heart Failure trials accessible and convenient for everyone, everywhere
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Cardiovascular Diseases & Diagnosis

ISSN: 2329-9517

Open Access

Hawthorne Effect: Making Heart Failure trials accessible and convenient for everyone, everywhere


Proceedings of 35th World Congress on Heart Diseases & 33rd World Congress on Cardiology & Heart Diseases

August 23-24,2021 | Webinar

Akin, Jodi, Rieck, Benjamin, Dopp, Christian

Keynote: J Cardiovasc Dis Diagn

Abstract :

Cardiological diseases represents a major growing health problem in the developed world. Clinical research is the cornerstone of continuous improvement in prevention and treatment of heart diseases. An average pivotal trial evaluating novel cardiovascular therapies can require more than10,000 visits and the collection of millions of data points. An important factor of success in clinical trials is the accessibility and diversity of participants and the quality and completeness of data. In order to collect all the data, the follow-up examinations are particularly relevant. A significant problem is that 79% published clinical trials have significant missing data resulting in issues of interpretability and generalizability of results. This causes incongruities of health burden to population which costs trillions and therefore the number of studies on new preventions and therapies in heart failure is kept low. Hawthorne Effect is a novel decentralized, patient-centric clinical trial platform that enables clinical trials to be accessible to patients anywhere, anytime via a convergence of digitization, home health and a gig work force. With a community, consisting physicians and healthcare professionals, as well as a novel integrated technology solution it is possible transform the future of healthcare. By enabling remote in home or virtual visits. This decreased patient burden, increases participation and quality data collection and improves interpretability, costs and timing of clinical trials. Focusing on enabling participation through comprehensive clinical trial follow-up may enable clinical trials design to advance to a new level of impact as well as close the inequity gap for more generalized populations to participate in innovative clinical trials.

Google Scholar citation report
Citations: 427

Cardiovascular Diseases & Diagnosis received 427 citations as per Google Scholar report

Cardiovascular Diseases & Diagnosis peer review process verified at publons

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