➀ The patch uses hollow microneedles made of polystyrene (PS) with graphene-based biosensors for glucose detection. ➁ It incorporates an electroosmotic micropump with an anti-fouling layer to enhance insulin delivery stability. ➂ The system is controlled by a printed circuit board (PCB) for automated glucose management, aiming to reduce the physical and psychological burden on diabetic patients. ➃ The patch is designed to be compact, wearable, and cost-effective, with potential for further miniaturization and wireless data transmission.
Related Articles
- Non-Invasive Blood Sugar Measurement with THz Technology: Precise and Pain-Free at Duisburg-Essen University7 months ago
 - Ultra-Thin Piezoelectric Elements7 months ago
 - Synaptics extends Veros8 months ago
 - Ray-Ban Meta Glasses review: AI-infused smart glasses for the masses8 months ago
 - E-Textile Technology For Safety And Comfort9 months ago
 - Smart Ring For Seamless Home Automation Control10 months ago
 - Wearables up 6.1% this year11 months ago
 - Ultra-Thin Film Powers Wearables With Body Heat11 months ago
 - Wearable ‘sticker’ monitors people’s breathing rates11 months ago
 - Elastomer Enhancing Smart Wearable Performance12 months ago