Tulane University Training Program for Diversity in tRanslation and Implementation research in cardioVascular disEase (DRIVE)

Tulane University Of Louisiana, New Orleans LA

Investigators

Linked publications & trials

Abstract

Despite advances in the identification of risk factors and use of evidence-based strategies to manage cardiovascular (CV) diseases, recent declines in mortality have stalled, particularly in poorer, rural areas of the South. Overall, the number of scientists who are engaged in CV treatment and prevention research careers is low in this region. Translation research is a rapidly evolving field which transforms scientific discoveries arising from laboratory, clinical, or population studies into interventions and applications, while implementation research promotes the integration of these research findings and evidence-based interventions into healthcare policy, public health and clinical settings. A well-trained workforce of translation and implementation scientists who can test innovative ideas and advance the adoption and practice of proven therapies are sorely needed in poorer, rural regions of Louisiana and the Mississippi Delta, where CV health indicators are often worst in the nation and are well documented. The overall objective of this application for a new predoctoral T32 training program at Tulane University is to increase the number of translation and implementation researchers that can tackle CV health in high need, low-income regions of the South. The Tulane University training program for Developing tRanslation and Implementation research in cardioVascular disEase (DRIVE) will draw on the expertise of outstanding investigators to provide trainees with the didactics, experience, skills, mentoring and resources they need to become successful researchers in CV translation and implementation sciences. The program will provide in-depth, structured training support for eight predoctoral candidates, leveraging outstanding investigators and on-going translational research in CV clinical trials (T3) and community-based implementation studies (T4). The DRIVE training program will be rooted in multidisciplinary team science with integration of junior and senior mentors to guide the trainee via their Individualized Development Plan in acquiring critical skills and applying these skills in hands-on research experiences to address CV health indicators across Louisiana and the Mississippi Delta region. The program director will be assisted by an executive operating committee and a committee of external advisors with exceptional research careers and experience in mentoring. Mentors will use defined and proven methods to enhance the development and success of the trainees, while all trainees will participate in a series of workshops that teach grant writing, manuscript writing and professional development skills, including best practice strategies to optimize presentations, communications and networking. The proposed training program seeks to contribute to the development of breadth and depth among the biomedical translation and implementation workforce, reducing the burden of CV diseases and metabolic risk factors, and improving CV health in Louisiana and the nation.