A Bioinspired, Sustained-Release Material in Response to Internal Signals for Biphasic Chemical Sensing in Wound Therapy

Keyphrases

• Chemical Sensing 100%
• Bio-inspired 100%
• Sustained-release Material 100%
• Wound Therapy 100%
• Internal Signal 100%
• Biomaterials 50%
• Physiological Signals 50%
• Material Design 50%
• Punching 50%
• Unique Properties 50%
• Biological Characteristics 50%
• High Biocompatibility 50%
• Wound Closure 50%
• Wound Treatment 50%
• Solid-state Device 50%
• Drug Loading Capacity 50%
• Conjugated Structure 50%
• Inflammatory Cell Infiltration 50%
• Collagen Deposition 50%
• High Drug Loading 50%
• Tissue Repair 50%
• Preclinical Trials 50%
• Chemical Signals 50%
• Functional Processes 50%
• Living Entity 50%
• Intrinsic Luminescence 50%
• Minocycline Hydrochloride 50%
• Clustering-triggered Emission 50%
• Skin Hyperpigmentation 50%
• Polymeric Systems 50%
• Information Conveyance 50%
• Biofluorescence 50%

Material Science

• Materials Design 100%
• Luminescence 100%
• Solid State Device 100%
• Bioinspired Material 100%
• Biocompatibility 100%

Engineering

• State Device 100%
• Loading Efficiency 100%