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commercial skin substitutes and models, often fall short due to their limited functionality and inability to replicate the complex structure and physiology of native skin closely. Therefore, in this project
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, including wound patches, grafts, commercial skin substitutes, and models, often fall short due to their limited functionality and inability to replicate the complex structure and physiology of native skin
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, including wound patches, grafts, and commercial skin substitutes and models, often fall short due to their limited functionality and inability to replicate the complex structure and physiology of native skin
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skin substitutes, and models, often fall short due to their limited functionality and inability to replicate the complex structure and physiology of native skin closely. Therefore, in this project
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engineered models will provide a highly tunable and biologically functional platform. The outcomes of this work will open new avenues in regenerative medicine, pharmacological testing, and fundamental skin