RETINAL LIPID THERAPEUTICS

A new vision
for dry AMD.

Restoring the lipids.
Reimagining what treatment can do.

We are developing therapies designed to restore visual function by replenishing critical lipids lost in the aging retina.

Explore our science
Conceptual illustration of layered retinal membranes and lipids
Retinal lipid biology Conceptual illustration

Our focus

Dry age-related
macular degeneration

Our approach

Replacing essential lipids
to support retinal function

01 / OUR SCIENCE

Looking upstream.
Thinking in lipids.

The aging retina loses more than time. It loses some of the lipids it needs to function.

Lucina’s approach builds on research linking age-related changes in ELOVL2, an enzyme involved in lipid synthesis, to declining retinal function. We are investigating whether replacing these lipids can help photoreceptors, the neurons that detect light, function better.

01

Understand the loss

Age-related epigenetic changes can reduce ELOVL2 expression and the production of specialized retinal lipids.

02

Replenish the retina

Our lead program delivers a stabilized form of C24:5n-3 directly to the eye through intravitreal injection.

03

Measure function

Our development strategy focuses on visual function, including dark adaptation and vision in low light.

PRECLINICAL FOUNDATION

A functional response
in the aging retina

Studies in aged mice have shown improvements in retinal function following a single intravitreal dose of native C24:5n-3. This research underpins our development of a stabilized lipid candidate.

Animal findings provide a rationale for development. Clinical benefit in people has not been established.

02 / OUR PIPELINE

Built on biology.
Designed for translation.

LEAD PROGRAM

LUC-101

Stabilized retinal lipid replacement

Dry AMD, with an initial focus on earlier-stage patients

LUC-101 is an investigational, stabilized form of C24:5n-3. It is designed for intravitreal delivery, with the goal of restoring retinal function while viable photoreceptors remain.

Preclinical developmentClinical development

LUC-101 has not been approved for use. Safety and efficacy in humans have not been established.

EXPLORATORY PROGRAM

LUC-201

A long-acting concept exploring how retinal lipid replacement could support more durable treatment.

03 / OUR PEOPLE

Deep science.
Experienced leadership.

Christopher Chavez

Christopher ChavezPhD

Chief Executive Officer & Co-Founder

Jeanette Grant

Jeanette GrantPhD

Chief Operating Officer & Co-Founder

Martin Emanuele

Martin EmanuelePhD, MBA

Executive Chairman & Co-Founder

David Bingaman

David BingamanDVM, PhD, DACVO

Chief Development Officer

Scientific founders &
clinical advisors

Dorota Skowronska-Krawczyk, PhDScientific founder · UC Irvine

Gavin Sherlock, PhDScientific founder · Stanford University

Theodore Leng, MD, MSClinical advisor

David Boyer, MDClinical advisor

Malini Veerappan-Pasricha, MDClinical advisor

04 / PARTNERS & INVESTORS

Help bring a new
vision to life.

We welcome conversations with investors, researchers, and development partners who share our ambition to improve visual function in dry AMD.

Contact Lucina