Method for Producing Extracellular Membrane Protein Nanofibrils Using an Electric Field

Electric-Field-Based Extracellular Membrane Protein Nanofibril Production Technology

This technology relates to a method for producing extracellular membrane protein nanofibrils while controlling thickness and uniformity by using an electric field.

Conventional methods for producing extracellular membrane protein nanofibrils have had difficulty obtaining uniform thickness and structure, and chemical modification could occur during processing. This technology precisely controls fibrillation of extracellular membrane proteins such as collagen by adjusting electric-field application conditions.

As a result, it can stably produce uniform and thin protein nanofibrils, making it advantageous for regenerative medicine, biomaterials, and tissue-engineering scaffolds.

Key Features:

• It controls the fibrillation process of extracellular membrane proteins through electric-field application.
• It can precisely control nanofibril thickness and uniformity.
• It can be applied to various extracellular membrane proteins such as collagen, elastin, and laminin.