Boring Trust Research Award

Supporting Stanford medical students pursuing
innovative cardiovascular research

The Dorothy Dee and Marjorie Helene Boring Trust Research Award supports Stanford medical students conducting research that advances the understanding, prevention, or treatment of cardiovascular disease.



About the Program

Stanford CVI provides up to $10,000 to support research-related expenses for Stanford medical students, including supplies, educational costs and tuition, and travel.


    

Details

1) Applicants must be current Stanford students pursuing an MD degree.

2) Applicants must have completed at least one quarter of MedScholars research or have previous research experience at Stanford.

3) Submit a two-page research proposal using the designated template. References and budget justification do not count toward the two-page limit.

4) Submit one letter of recommendation from the research mentor.

5) Applicants will be evaluated based on their research accomplishments, proposed future work, and the letter of recommendation.

6) The proposed research must be relevant to cardiovascular disease.

Deadline: September 30, 2026, at 11:59 pm PT

Please contact CVI's Office of Research Development with any questions (cvi_grants@stanford.edu).


Past Awardees

Sabrina Li

MS2, Community Health / Cardiovascular-Pulmonary Sciences

Talk Title: PICTURE-EXTEND: Persistence of statin use following notification of incidental coronary artery calcium

Mentor: Fatima Rodriguez

Eric Calderon-Robles

MS1, Betty Irene Moore Children's Heart Center

Talk Title: Toward a Functional Bioprinted Heart Valve: Bioprinting and Hydrodynamic Evaluation of Tissue-Engineered Heart Valves

Mentor: Mark Skylar-Scott

Aayan Patel

MS2, Medicine - Med/Family and Community Medicine

Talk Title: Normal-Weight Type 2 Diabetes and Cardiovascular Risk in Asian American Subgroups

Mentor: Latha Palaniappan, MD, MS

Raj Pandya

MS2, Molecular Basis of Medicine / Cardiovascular-Pulmonary Sciences

Talk Title: Validating a Patient-Derived Cardiac Organoid Platform for Arrhythmia Phenotyping and AI-Guided CaMKIIδ Inhibitor Discovery in CPVT 

Mentor: Joseph Wu