Self-folding Proteins

Self-Assembly Lab, MIT

The Self-Folding Proteins are single strands of material with embedded fold-angles that when thrown into the air randomly, self-assemble into the 3D structure of the desired protein. This project aims to study macro-scale protein folding to gain insights into non-intuitive and non-tangible aspects of self-assembly phenomena. The Crambin Protein has been utilized due to its well-studied characteristics and minimal size. This technology appears to be scaleable to larger protein strands and other 1D to 3D self-assembly systems. Further developments will include cross-linking and hierarchical folding with weighted folding sequences.

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Self-Folding Proteins - Macro-Scale Crambin Protein

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Growing Islands 4D Knit Dress 3D Knit BioSuit™ Haptiknit Liquid Metal Printing Personalized Knit Masks Climate-Active Textiles Active Textile Tailoring Active Patterned Scarves Liquid to Air: Pneumatic Objects Liquid Printed Pneumatics Liquid Printed Products Rapid Liquid Printing Liquid Printed Natives Active Shoes Liquid Printed Textile Shoes Active Textile Jamming Bodies Slip-Form Rock Jamming Modular and Morphable Jamming Rock Printing Programmable Materials Transformable Meeting Spaces Transformable Screen Wall Active Auxetics Programmable Table 4D Printing Fluid Crystallization Self-Replicating Spheres Fluid Lattices Aerial Assembly Fluid-Assembly Chair Self-Assembly Cell Phone Hyperform Self-folding Proteins Autonomous Mass Assembly BioMolecular Self-Assembly Self-Assembly Line DNA Printing C-Strands Macrobot & Decibot Logic Matter