Evidence. Recovery. Performance
How Neurostimulation May Support PAD Management
Support Peripheral Perfusion
Evidence-based technologies that support blood flow and microcirculation.
Support Tissue Recovery & Healing
Improved perfusion and adjunctive technologies may support the physiological environment required for tissue repair and recovery.
Address Claudication & Ischaemic Symptoms
Neuromodulation approaches designed to help manage chronic vascular pain.
Integrate With Established PAD Care
Designed to complement established vascular pathways including exercise therapy, medical management and revascularisation where appropriate.
Visual Evidence of Improved Perfusion
Acute Change in Peripheral Skin Temperature Following Neurostimulation
Thermographic imaging demonstrates an acute increase in peripheral skin temperature following 35 minutes of auricular neurostimulation. This is consistent with altered peripheral perfusion; however, thermography alone does not establish a clinical treatment effect.
Baseline peripheral Perfusion
Infrared thermography at baseline and after 35 minutes of auricular neurostimulation, illustrating the observed change in peripheral skin temperature.
After 35 minutes of Neurostimulation
Technologies for Vascular Care
Ducest Neurostimulation
Auricular vagus nerve stimulation supports vascular care by modulating autonomic function, improving microcirculation and helping to manage ischaemic pain. Portable and non-invasive, it integrates easily into clinical practice.
Photobiomodulation
Near-infrared photobiomodulation supports tissue recovery by enhancing cellular energy production, improving local circulation and promoting an environment favourable for healing.