Triple Helix Science

Neurodegeneration

Combating toxic protein aggregation and neuroinflammation to preserve synaptic density and halt progressive neural decay.

Neurodegeneration

Biological Focus & Mechanisms

Proteopathy Clearance

Targeting misfolded protein aggregates (tau, amyloid, alpha-synuclein) for lysosomal degradation.

Neuroinflammation

Modulating microglia activation states and reducing chronic neurotoxic cytokine release.

Synaptic Preservation

Supporting neurotrophic factor expression (BDNF/GDNF) to maintain dendritic spine density.

CNS Delivery Engineering

Optimizing engineered neurotropic capsids for non-invasive blood-brain barrier penetration.

Development Pipeline & Logic

01

CNS Model Validation

Screening target engagement in human induced pluripotent stem cell-derived neural models.

02

Vector Tropism

Engineering neurotropic capsids with high neuronal transduction and minimal off-target uptake.

03

Functional Recovery

Measuring synaptic electrophysiology, axonal transport, and cognitive preservation in vivo.

04

Clinical Endpoints

Incorporating fluid biomarkers (NfL, p-tau217) and quantitative neuroimaging registries.

Connect with our translational research team at contact@triplehelixscience.com

Inquire About Neurodegeneration Research