Disrupting Neurodegeneration with Cell-Based Precision
Where Science Meets HOPE

SELane tx™: Precision Apoptogenics
A cell-based (not stem cell) therapeutic platform engineered to reverse immune dysfunction.

Non-drug, sterile 30-minute IV treatment

Mechanotransduction-enhanced hyperoxia

Stimulates apoptotic cells (ACs) in withdrawn blood

Reinforces efferocytosis – switching M1 "killer"
cells to M2 "healer" cells
Science to HOPE:
A Visual Roadmap
Pre-2022
Discovery Phase
Proof of Concept
2023–2024
2025–2026
Translational Milestones

Proof of Concept: From Treadmill to Clinic
In preclinical studies, ALS mice treated with SELane tx™ experienced significant improvements in motor function. While untreated mice fell off the treadmill, treated mice "ran, ran, ran" — correlating with a successful M1-to-M2 immune phenotype shift and improved quality of life. These promising results drive our clinical ambitions.
Beyond ALS: A Platform for Neuroimmune Disorders
The mechanism behind SELane tx™ is broadly applicable across neuroinflammatory diseases. Following ALS, we plan to extend validation and IRB trials into:
- Multiple Sclerosis (MS)
- Alzheimer’s Disease (AD)
- Parkinson’s Disease
By rebalancing the immune system through natural apoptotic pathways, we aim to transform the treatment of chronic neurodegeneration.
The Science of Efferocytosis
Explore the peer-reviewed evidence and evolving understanding of how apoptotic cell signals and immune cell transitions (M1 → M2) can reshape the future of neurodegeneration treatment.