On a mission to bring genetic medicines to patients with inherited retinal diseases

Mother and daughter having a joyful moment with golden sunlight streaming through trees

We are developing a portfolio of genetic medicines targeting the root cause of inherited
retinal diseases (IRDs) that currently have no available treatments. Leveraging de-
risked and validated biology, our “one-and-done” medicines are delivered locally and
remain durable for life.

About

Our approach uses genetic medicines to intervene at the root cause of disease
with one-and-done treatment.

Our science is based on decades of research on specific indications and the genetic medicine modalities we pursue. Our confidence in the science is supported by peer-reviewed research and validation by biopharma partners. Our assets demonstrate strong preclinical and/or clinical proof of principle for larger IRD patient populations, supporting the value creation and patient outcome for which we strive.

Close-up of a scientist's hands handling samples in the lab
Young boy wearing glasses, playing with blocks

Disease Impact

IRDs have a devastating impact on patients’ quality of life.

IRDs cause vision loss, beginning as early as childhood. Parents and families live with the understanding that people they love, the sports they play, and the work they perform
now, will eventually be loved, played, and performed without vision. They are forced to live life in reverse, trying to fit everything, from playing sports to looking at the stars, as
often as they can before that ability is gone. There are no treatments currently available. Lyora is on a mission to deliver hope to patients impacted by these hereditary conditions.

Programs

Our biologically validated assets offer durable relief to patients, stopping disease progression and, in some cases, improving vision. All of our therapies are delivered one-time, locally, and remain durable for life.
LYA-101 PRPF31 - Associated Retinitis Pigmentosa
A gene augmentation to correct haploinsufficiency of PRPF31 locus and restore vision.

Target IND Date

Q1 2028
LYA-102 - Usher Syndrome Type 2
Exon-13 skipping in USH2A for ophthalmic and otic indications

Target IND Date

Q4 2028
LYA-103 - Leber Congenital Amaurosis Type 10 (LCA10)
Optimized gene editing approach targeting CEP 290.

Target IND Date

Q2 2029

Team

Our globally recognized leadership team combines scientific expertise and entrepreneurial achievement that is grounded in decades of ophthalmic drug discovery.
Pamela Stetkiewicz, Ph.D.

Pamela Stetkiewicz, Ph.D.

Chief Executive Officer
Rob Aboud, MSc, J.D.

Rob Aboud, MSc, J.D.

Chief Business Officer & Head of Legal/IP
Chris Wilson, PhD

Chris Wilson, PhD

Senior Vice President of Research
Luk H. Vandenberghe, Ph.D.

Luk H. Vandenberghe, Ph.D.

Founder and Chair
Eric Pierce, M.D., Ph.D.

Eric Pierce, M.D., Ph.D.

Co-founder & Board Director