below).The anti-TfR Delivery Module transports 3pE-Aβ antibodies into the brain at a higher concentration than naked antibodies, leading to more efficient target clearance. The proprietary scFv design also confers increased stability, reduced aggregation and lower manufacturing cost. Aliada’s ALIA-1758 has the potential to be a best-in-class therapy for the treatment of patients with Alzheimer’s disease (AD). MODEL platform-enabled by Aliada to harness transport via TfR, ALIA-1758’s strong target binder properties and improved CNS delivery offers the potential to achieve robust reduction of brain amyloid burden at lower dosage levels than other antibodies in this class. Consequently, a convenient monthly subcutaneous low-dose regimen could improve access to therapy for more patients with AD. A high-value program in its own right, ALIA-1758’s advancement also provides an opportunity to establish clinical proof-of-principle for the MODEL platform. (Sourced from: https://aliadatx.com/programs/)"> below).The anti-TfR Delivery Module transports 3pE-Aβ antibodies into the brain at a higher concentration than naked antibodies, leading to more efficient target clearance. The proprietary scFv design also confers increased stability, reduced aggregation and lower manufacturing cost. Aliada’s ALIA-1758 has the potential to be a best-in-class therapy for the treatment of patients with Alzheimer’s disease (AD). MODEL platform-enabled by Aliada to harness transport via TfR, ALIA-1758’s strong target binder properties and improved CNS delivery offers the potential to achieve robust reduction of brain amyloid burden at lower dosage levels than other antibodies in this class. Consequently, a convenient monthly subcutaneous low-dose regimen could improve access to therapy for more patients with AD. A high-value program in its own right, ALIA-1758’s advancement also provides an opportunity to establish clinical proof-of-principle for the MODEL platform. (Sourced from: https://aliadatx.com/programs/)">
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ALIA-1758

Alternative Names: ALIA-1758, ALIA 1758, ALIA1758
Latest Update: 2024-06-14
Latest Update Note: Clinical Trial Update

Product Description

High-affinity 3pE-Aβ binders enable lower predicted efficacious dosage levels compared to competitors, and target the plaque form of Aβ rather than earlier stages of aggregationAn optimized Fc domain increases half-life, reduces effector function and leads to clearance of bound antibodies through a mechanism that reduces pro-inflammatory cytokine release and immune exhaustion (see "Novel antibody clearance mechanism" below).The anti-TfR Delivery Module transports 3pE-Aβ antibodies into the brain at a higher concentration than naked antibodies, leading to more efficient target clearance. The proprietary scFv design also confers increased stability, reduced aggregation and lower manufacturing cost. Aliada’s ALIA-1758 has the potential to be a best-in-class therapy for the treatment of patients with Alzheimer’s disease (AD). MODEL platform-enabled by Aliada to harness transport via TfR, ALIA-1758’s strong target binder properties and improved CNS delivery offers the potential to achieve robust reduction of brain amyloid burden at lower dosage levels than other antibodies in this class. Consequently, a convenient monthly subcutaneous low-dose regimen could improve access to therapy for more patients with AD. A high-value program in its own right, ALIA-1758’s advancement also provides an opportunity to establish clinical proof-of-principle for the MODEL platform. (Sourced from: https://aliadatx.com/programs/)

Mechanisms of Action: AB Inhibitor

Novel Mechanism: No

Modality: Antibody

Route of Administration: Subcutaneous

FDA Designation: None *

Approval Status: Not Approved

Approved Countries: None

Approved Indications: None

Known Adverse Events: None

Company: Aliada Therapeutics
Company Location:
Company CEO:
Additonal Commercial Interests: None

Clinical Description

Map of Global Clinical Trials for ALIA-1758

Countries in Clinic: United States

Active Clinical Trial Count: 1

Highest Development Phases

Phase 1: Alzheimer Disease

Trial

Phase

Trial Status

Disease

Primary Completion Date

Probability of Success

ALIA-1758-101

P1

Recruiting

Alzheimer Disease

2025-01-01

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