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This field aims to comprehend and address biomedical challenges at the microscopic scale, leveraging this understanding to construct replacement tissues and organs from individual cells. Grasping anatomy, biochemistry, and the mechanics of cellular and sub-cellular components is essential for deciphering disease mechanisms and targeting treatments. Equipped with this insight, innovative technologies are in development or already created. For instance: (1) Miniature devices that administer substances to precisely stimulate or block cellular functions, aiding recovery or preventing disease onset and advancement, (2) Advanced methods that have generated artificial skin and could eventually fabricate heart valves, blood vessels, and complete hearts, (3) Creation of synthetic materials for implants, along with novel biomaterials integrating proteins or living cells to better mimic the biological and mechanical properties of natural tissue.