ENVISIONING AN END TO NEURODEGENERATIVE AND OTHER DISEASES

ENVISIONING AN END TO NEURODEGENERATIVE AND OTHER DISEASES

Eikonizo is developing life-changing therapies by creating brain penetrant and peripherally-restricted small molecules to improve the treatment of human disease

HDAC6 inhibitors
disease-modifying
NOVEL TARGET
What we do

Our approach

Our Programs

Eikonizo is developing highly selective small molecule inhibitors of HDAC6

Our Programs

Eikonizo is developing highly selective small molecule inhibitors of HDAC6

Mechanistic Rationale

HDAC6 inhibitor treatment will improve axonal transport and reduce protein aggregates to help neurons survive

Mechanistic Rationale

HDAC6 inhibitor treatment will improve axonal transport and reduce protein aggregates to help neurons survive
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Supporting Literature

Compelling evidence from multiple research groups supports Eikonizo’s approach for using HDAC6 inhibitors

Supporting Literature

Compelling evidence from multiple research groups supports Eikonizo’s approach for using HDAC6 inhibitors
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electron microscopic view
Mechanistically Based

Therapeutic Development

Our small molecules inhibit HDAC6, an enzyme that modifies key proteins involved in amyotrophic lateral sclerosis (ALS), chemotherapy-induced peripheral neuropathy (CIPN), Alzheimer’s disease (AD) and other pathologies. Inhibiting HDAC6 in the brain and peripheral nervous system will preserve axonal transport and may stop or slow the progression of neurodegenerative disease. Emerging data suggest HDAC6 inhibition could also impact the course of peripheral indications such as ADPKD and cardiac disease.

Our Mission

De-risk therapeutic approaches to neurodegeneration

Eikonizo is developing life-changing therapies by creating brain-penetrant small molecules and deploying in vivo target engagement techniques to accelerate the identification of therapeutics. Our first program is focused on a disease-modifying therapeutic for neurodegenerative diseases.

HDAC6 inhibitor treatment will preserve axonal transport and stop or slow the progression of AD and ALS

Our Location