Coronary microvascular medicine

Transforming cardiovascular science into brighter tomorrows.

Lucier is advancing next-generation therapies for coronary microvascular dysfunction (CMD).

Our therapeutic focus

A complex condition. A need for mechanism-based treatment options.

Symptoms without obstructive disease

Patients may experience angina or ischemia despite the absence of obstructive disease in the major coronary arteries.

More than one underlying mechanism

CMD can arise from distinct functional and structural mechanisms within the coronary microcirculation. A single diagnostic or treatment approach may not be appropriate for every patient.

Programs built around defined biology

Lucier is developing programs intended to assess and address defined pathways involved in abnormal coronary arteriolar regulation.

Explore the underlying research

Our pipeline

Two candidates.
One defined biological focus.

Lucier is advancing complementary injectable and oral candidates within its lead Rho kinase (ROCK) inhibitor program for coronary microvascular dysfunction.

LU-1001InjectableInjectable assessment candidatePreclinicalPreclin.IND-enablingIND-en.Phase 1Phase 2Phase 3Preclinical development
Mechanism
ROCK inhibition
Therapeutic focus
Coronary microvascular dysfunction

Intended to support mechanism-based assessment of coronary microvascular dysfunction.

Investigational candidate. Not approved for patient use.

LU-1002OralOral therapeutic candidatePreclinicalPreclin.IND-enablingIND-en.Phase 1Phase 2Phase 3Preclinical development
Mechanism
ROCK inhibition
Therapeutic focus
Coronary microvascular dysfunction

Intended for ongoing treatment of coronary microvascular dysfunction.

Investigational candidate. Not approved for patient use.

LU-1001 and LU-1002 are investigational candidates in preclinical development. Neither is approved for patient use.

Our company

Built on coronary arteriolar biology. Guided by drug development experience.

Lucier’s programs draw on coronary arteriolar research originating at Texas A&M University. Our advisors bring experience in vascular biology, translational research, preclinical development, and biotechnology strategy.

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