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FDA grants Endogena's primary program for EA-2353 suspension targeting retinitis pigmentosa

Endogena’s photoreceptor regeneration approach offers new treatment paradigm in retinitis pigmentosa

13-May-2021

Key points from article :

The first small-molecule cell regeneration treatment to be developed for the leading cause of inherited blindness.

Endogena Therapeutics announced that the U.S. FDA has granted orphan drug designation for its EA-2353 ophthalmic suspension targeting retinitis pigmentosa.

Retinitis pigmentosa is a rare condition (affects fewer than 200,000 people in the U.S.) that causes slow and progressive loss of vision.

The compound EA-2353 is the first small-molecule being developed for endogenous photoreceptor regeneration.

The treatment works by selective regulation of the endogenous adult stem- and progenitor cells for controlled tissue repair.

The approach is gene-independent and has significant advantages in inherited retina diseases that have multiple genetic causes.

Matthias Steger, CEO of Endogena, said: “Receiving orphan drug designation for EA-2353 is an important milestone ...  we anticipate enrolling our first patients into the clinical trial by the end of this year.”

This provides benefits including market exclusivity once approved.


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Endogena Therapeutics

Clinical-stage biotech company focussed on endogenous regenerative medicines

Food and Drug Administration (FDA)

Ensuring safety of drugs, medical supplies and food which is used daily.

Matthias Steger

Biotech Entrepreneur and co-founder and Chief Executive Officer at Endogena Therapeutics

Topics mentioned on this page:
Vision (health), Regenerative Medicine