Diabetic Foot Ulcers (DFU)
Mechanism of Action
It is a first-in-class new drug that induces specific chemokines in wound tissues and promote infiltration of immune cells, especially the aggregation of M2 macrophage, which can inhibit wound inflammation, stimulate vascular proliferation, and ultimately heal ulcers. This special pharmacological mechanism of action allows complex diabetic chronic inflammatory wounds to be converted into normal wound healing procedures, accelerating chronic wound healing.
1.Submitted for NDA with Taiwan FDA and China NMPA
2. Complete of Phase 3 MRCT with superior complete healing rate (62.2% vs. 34.7%, p=0.0001).
The 1st MRCT Phase III study in diabetic foot ulcers has shown its superior healing rate of over 60% in 16 weeks (interim analysis). The results have demonstrated ON101’s clinical superiority in complete healing rate to the control group under different ulcer conditions. The subgroup analysis shows that ON101 achieved robust and consistent complete healing performance across subgroups and even in hard-to-heal groups, ON101 has healed more ulcers with statistical significance. The safety profile of ON101 has been good and clean without serious adverse events.
No new drugs for DFU in the past 20 years but the increase of diabetic patients has been dramatic over that period of time.
According to International Diabetes Federation, 6.4% of diabetic patients have an ulcer that can’t be healed. An unhealed ulcer will likely lead to hospitalization or amputation which impact the healthcare system significantly, let alone the decrease in patients’ mobility as well as productivity. An effective new treatment is urgently needed to fulfil DFU market with 6.8% CAGR forecasted to be US$11 bn in 2026 (Reference: Fortune Business Insights).