
Therapeutic Programs
Building the uTREAT® therapeutic platform through distinct product paths.
The glioblastoma program sits within uTREAT® and currently uses 64Cu-DOTA-AE105 at imaging and dosimetry activity to generate the human delivery data intended to support a subsequent 177Lu therapeutic product candidate. In parallel, a next-generation ligand program designed for modular payloads (alpha or beta) is being advanced across selected solid tumors.
Glioblastoma program: current imaging and dosimetry step
Glioblastoma is Curasight’s lead therapeutic development program. The current Phase 1 human study uses 64Cu-DOTA-AE105 at imaging and dosimetry activity together with regional super-selective intra-arterial cerebral administration to evaluate delivery, biodistribution and dosimetry.
Preliminary company-reported findings from the current study are intended to inform whether the regional delivery approach and resulting biodistribution support progression to therapeutic dosing.
Glioblastoma program: 177Lu uTREAT® therapeutic path
Following the current 64Cu imaging and dosimetry study, Curasight is preparing a 177Lu uPAR-targeted therapeutic product within uTREAT® for a subsequent dose-finding and phase 2 study in glioblastoma subject to successful development, regulatory approval and the supporting human dosimetry data.
Next-generation ligand drives additional therapeutic programs
In parallel, Curasight is advancing a next-generation uPAR-targeting ligand within the uTREAT® platform for radioligand therapy across selected solid tumors. The ligand architecture is designed to support separate radionuclide-specific product candidates, including alpha- and beta-emitting products where tumor biology and dosimetry support their use. Candidate selection considers binding, stability, biodistribution, dosimetry and manufacturability.
Explore the pipeline

Pipeline
From human target validation to therapeutic development

Clinical evidence
A clinical program spanning imaging, prognosis, diagnosis and the first human delivery and dosimetry study supporting therapeutic development.

Science
Radiation delivered by a targeting molecule