Limited duration lowers long-term efficacy
Targets an induced co-stimulatory pathway
• Precision targeting of pro-inflammatory APCs
• Promotes and restores regulatory T-cell function
• Enables lasting immune rebalancing
Targets an induced co-stimulatory pathway
Indirect modulation of effector cells
Clearing of inflammatory APCs
Re-wiring T-cell responses
Induction of regulatory T cells
True disease modifying potential
OX118 can target a wide range of immune-mediated diseases ranging from mild and chronic to acute and life-threatening
OX118 uses an innovative Fc-optimized approach to selectively target and deplete pro-inflammatory APCs. This approach achieves a significantly better efficacy in controlling the proliferation of both CD4+ and CD8+ T-cells compared with competing drug candidates when tested in an in vitro two-way MLR setting.
OX118 demonstrates a superior ability to modulate T-cell responses, promising enhanced treatment outcomes.
OX118 demonstrates an exceptional capability in inducing regulatory T-cell phenotypes, performing up to five times better than its counterparts. This highlights its potential for modifying disease progression through correcting defective immune system self-regulation in autoimmunity.
Through its unique approach, OX118 offers a promising strategy for long-term disease management by restoring immune balance.
In a human PBMC to mouse xenograft model of graft-versus-host disease (GVHD), OX118 has achieved 100% survival among treated subjects. This result underscores OX118's robust efficacy and safety profile in severe disease conditions.
By effectively managing immune responses without compromising health, OX118 sets a new benchmark in the treatment of complex autoimmune disorders, offering hope for substantial improvements in patient outcomes.