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for the rapid and effective treatment of severe traumatic wounds, particularly in civil or military emergency situations. This new system aims to combine strong adhesion in wet environments, on-demand UV
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. This new system aims to combine strong adhesion in wet environments, on-demand UV activation, controlled biodegradation, and wound healing stimulation properties. The formulation is based on a hybrid
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-On-Insulator (SOI) substrates. o Proficiency with key microfabrication techniques, including: • Photolithography and/or electron-beam lithography • Dry and wet etching (RIE, ICP, KOH, HF, etc.) • Thin film
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0.7 mm probes, 1.3 mm probe, …), and higher fields at national facilities and through collaboration. The MMSB is fully equipped with a wet lab for protein expression and purification. Access to a range
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wires with high form factors 3) Apply KOH-based wet treatments to restore etched wire surfaces 4) Characterize processes morphologically (SEM, FIB-STEM, AFM) et optically (cathodoluminescence) 5