ExQor Technologies

ExQor Technologies

Is this your company? Claim your profile to update info and connect with investors.
Claim profile

Private Company

Funding information not available

Overview

ExQor Technologies is pioneering a novel, two-pronged platform for Alzheimer's disease that integrates diagnosis and treatment. The platform consists of a diagnostic biologic to visualize damaged brain receptors via MRI and a companion therapeutic biologic designed to deliver regenerative proteins directly to those sites, with preclinical data suggesting reversal of neurological damage. An AI-powered software platform personalizes risk assessment and treatment strategy. The company is advancing its lead programs through IND-enabling studies with a regulatory strategy that prioritizes the diagnostic as an entry point.

Alzheimer's DiseaseNeurology

Technology Platform

A unified brain regenerative medicine platform combining: 1) a diagnostic MRI contrast agent that visualizes damaged NMDA receptors, 2) a therapeutic biologic that delivers a protein to those same receptors to repair damage, and 3) an AI-powered software platform for personalized risk assessment, treatment targeting, and real-time efficacy monitoring.

Opportunities

The massive, growing, and profoundly underserved Alzheimer's market represents a multi-billion dollar opportunity for a disease-reversing therapy.
The platform's use of standard MRI and potential for home-based delivery could democratize access and significantly reduce the long-term economic burden of dementia care, creating strong value-based pricing arguments.

Risk Factors

High translational risk moving from preclinical reversal data to human efficacy; clinical and regulatory complexity of developing two linked biologics and an AI software as an integrated system; intense competition in the Alzheimer's space from large, well-funded entities; and dependence on securing substantial capital as a private, pre-revenue company.

Competitive Landscape

ExQor competes in the Alzheimer's therapeutic space dominated by anti-amyloid antibodies (e.g., lecanemab, donanemab) that slow progression. Its claimed differentiation is reversal of damage via a novel NMDAR-targeting mechanism. It also faces competition from other regenerative and neuroprotective approaches, as well as diagnostic companies developing blood-based or imaging biomarkers. Its integrated 'diagnose-and-treat' platform is a unique angle.