关键词：探测器;治疗;创伤和损伤;剖析;临床医学;曲率;排放;能源乐队;能源缺口;柔性结构;识别;集成系统;患者;光子学;聚合物;多孔材料;蛋白质
摘 要：Early identification of the specific proteins, which indicate delayed healing are critical to long-term success of the patient and the development of new treatments. It is the objective of this research to correlate changes in the proteome of wounds with clinical outcome and develop technology to sense these changes. Protein Imprinted Xerogels with Integrated Emission Sites (PIXIES) and porous polymer photonic bandgap (PBG) structures are being integrated to sense the wound bed in real time. Flexible bandgap structures and micro-concave shaped gratings have been developed to conform to the curved anatomy of the wound bed.