Multi-axial artificial muscle tissue, method for forming the same, and structure

Multi-axial artificial muscle tissue capable of contraction and extension along multiple axes

This technology describes multi-axial artificial muscle tissue, its formation method, and structure, created by gelling hydrogels containing muscle cells and extending and connecting them along different axes.

Conventional methods had limitations in the size and directionality of the tissues that could be manufactured, making it difficult to reproduce complex tissue forms such as cardiac muscle.

This technology reproduces complex muscle tissue with scalability and diverse directionality by independently forming modules with specific orientation along each axis and then integrating them.

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Key Features:

• First muscle cell hydrogel module extended along the first axis
• Second module extended along the second axis
• Integration of a portion of the hydrogel between modules
• Complex muscle tissue with scalability and diverse directionality