RecruitingNot ApplicableNCT02301663

Development of a Novel Stress Testing Protocol to Define the Relationship Between Coronary Microvascular Dysfunction and Diastology in Women With Angina But No Evidence of Obstructive Coronary Artery Disease

DEVELOPMENT OF A NOVEL STRESS TESTING PROTOCOL TO DEFINE THE RELATIONSHIP BETWEEN CORONARY MICROVASCULAR DYSFUNCTION AND DIASTOLOGY IN WOMEN WITH ANGINA BUT NO EVIDENCE OF OBSTRUCTIVE CORONARY ARTERY DISEASE


Sponsor

Cedars-Sinai Medical Center

Enrollment

30 participants

Start Date

Nov 1, 2014

Study Type

INTERVENTIONAL

Conditions

Summary

Microvascular coronary dysfunction (MCD) (abnormities in small blood vessels/arteries in heart) with symptoms of persistent chest pain, primarily impacts women. There are an estimated 2-3 million women in the US with MCD and about 100,000 new cases annually. Recent data from our research group suggests that coronary microvascular disease impairs the way the heart relaxes. This pilot study will attempt to exacerbate this phenotype in an effort to better understand the pathophysiology of the disease. The investigators will recruit 30 volunteers total (10 healthy calibration subjects, 10 women with microvascular disease, and 10 age-match women for the group with microvascular disease). Subjects will undergo a series of "stress" maneuvers in conjunction with advanced cardiac magnetic resonance imaging.


Eligibility

Sex: FEMALEMin Age: 18 YearsMax Age: 60 Years

Plain Language Summary

Simplified for easier understanding

This clinical trial is studying Altitude simulation, Handgrip, and others for people with microvascular coronary dysfunction. The study is currently recruiting participants at 1 location. People eligible for this study include women aged 18 Years to 60 Years.

This summary was AI-generated to explain the trial in plain language. It is not medical advice. Always discuss eligibility with your doctor before enrolling in a clinical trial.

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Interventions

OTHERHandgrip

Subjects will be asked to squeeze and handgrip dynamometer to increase cardiac metabolic demand

OTHERAltitude simulation

Subjects will breathe a lower concentration of oxygen to simulate the effects of altitude.

OTHERLeg exercise

Subjects will perform leg exercise to increase metabolic demand.


Locations(1)

Cedars-Sinai Medical Center

Los Angeles, California, United States

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NCT02301663


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