Why Retinal Degenerative
Diseases Matters
Retinal degenerative diseases continue to cause progressive
vision loss, affecting millions of patients worldwide.
Current treatments may slow disease progression,
but they cannot restore damaged retinal cells.
- Progressive Vision Loss
- Limited Treatment Options
- High Unmet Medical Need
Why Retinal
Regeneration Matters
Retinal degenerative diseases continue to cause progressive vision loss, affecting millions of patients worldwide.
Current treatments may slow disease progression, but they cannot restore damaged retinal cells.
- Progressive Vision Loss
- Limited Treatment Options
- High Unmet Medical Need
Millions of Patients
Retinal diseases affect millions
of people worldwide.
Unmet Medical Need
Current treatments have limitations
in restoring damaged retinal cells.
Future Opportunity
Retinal regeneration
offers new hope.
Millions of Patients
Retinal diseases affect millions
of people worldwide.
Unmet Medical Need
Current treatments have limitations
in restoring damaged retinal cells.
Future Opportunity
Retinal regeneration
Offers new hope.
Core Sicence
Understanding the Mechanism of Retinal Regeneration
Discover how Celliaz leverages PROX1 technology to unlock retinal regeneration
and create new possibilities for patients with retinal diseases.
Core Sicence
Understanding the Mechanism of
Retinal Regeneration
Discover how Celliaz leverages
PROX1 technology to unlock retinal regeneration and create new possibilities
for patients with retinal diseases.
Visualizing Retinal Regeneration
Watch how Celliaz’s anti-PROX1 technology unlocks the regenerative potential of the retina.
- Retinal Degeneration
- PROX1 Transfer
- PROX1 Neutralization
- Müller Glial Reprogramming
Visualizing Retinal Regeneration
Watch how Celliaz’s anti-PROX1 technology unlocks the regenerative potential of the retina.
- Retinal Damage
- PROX1 Transfer
- PROX1 Neutralization
- Retinal Damage
Pipeline
Homeoprotein (HP) Targeting Therapeutics
Advancing innovative therapies through two complementary strategies.
Strategy 01
Remove Bad HPs
Neutralizing harmful HPs
that suppress tissue regeneration.
- CLZ001: Wet-AMD
- CLZ002: Retinitis Pigmentosa
- CLZ003: Dry-AMD
- CLZ004: Alzheimer’s Disease
Strategy 02
Provide Good HPs
Delivering regenerative HPs
to restore tissue function and repair
- CLZ005: Muscle Regeneration
- CLZ006: Hair Cell Regeneration
- CLZ007: Corneal Regeneration
CLZ001 Wet-AMD
Lead Optimization
CLZ002 RP
Preclinical
CLZ003 Dry-AMD
Target Validation
CLZ004 Alzheimer’s Disease
Target Validation
Pipeline
Understanding the Mechanism of
Retinal Regeneration
Advancing innovative therapies through two complementary homeoprotein strategies.
Strategy 01
Remove Bad HPs
Neutralizing harmful homeoproteins that suppress tissue regeneration.
- CLZ001-Wet-AMD
- CLZ002-Retinitis Pigmentosa
- CLZ003-Dry-AMD
- CLZ003-Alzheimer’s Disease
Strategy 02
Provide Good HPs
Delivering regenerative homeoproteins
to restore tissue function and repair
- CLZ005: Muscle Regeneration
- CLZ006: Hair Cell Regeneration
- CLZ007: Corneal Regeneration
CLZ001 Wet-AMD
Lead Optimization
CLZ002 RP
Preclinical
CLZ003 Dry-AMD
Target Validation
CLZ004 Alzheimer's
Target Validation
Why Celliaz
Creating a New Therapeutic Paradigm for Degenerative Diseases
First-in-Class
Pioneering the Field
Tissue Regeneration
Overcoming Boundaries
Broad Pipeline
Scalable Horizons
Strong
IP Portfolio
Global Defensibility
Why Celiaz
Creating a New Paradigm for Retinal Regeneration
First-in-Class
Pioneering the Field
Retinal Regeneration
Overcoming Boundaries
Broad Pipeline
Scalable Horizons
Strong
IP Portfolio
Global Defensibility
CREATING A NEW THERAPEUTIC
PARADIGM FOR DEGENERATIVE DISEASES
Tissue Regeneration
By Homeoprotein Targeting Therapies.
Contact
Celliaz Co., Ltd.
205 Jinri Hall, KAIST Munji Campus
193 Munji-ro, Yuseong-gu
Daejeon 34051, Republic of Korea
Phone
+82-42-716-4061
info@celliaz.com
Retinal Regeneration
Through Homeoprotein Science
Advancing retinal regeneration
through homeoprotein-based
therapeutics.
Contact
Celliaz Co., Ltd.
205 Jinri Hall, KAIST Munji Campus
193 Munji-ro, Yuseong-gu
Daejeon 34051, Republic of Korea
Phone
+82-42-716-4061
info@celliaz.com