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Synthesizing and Patterning Tunable Multiscale Materials with Engineered Biofilms

bioRxiv

Feb 14, 2014

Allen Y ChenTimothy K Lu

Abstract

A major challenge in materials science is to create self-assembling, functional, and environmentally responsive materials which can be patterned across multiple length scales. Natural biological systems, such as biofilms, shells, and skeletal tissues, implement dynamic regulatory progra...read more

Mentioned in this Paper

Shell - Animal Skin Appendage
Amyloid
Gene Circuits
Protein Engineering
Spatial Distribution
Response to Biotic Stress
Biomaterials
Receptors, Artificial
Patterns
Cell Communication
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Synthesizing and Patterning Tunable Multiscale Materials with Engineered Biofilms

bioRxiv

Feb 14, 2014

Allen Y ChenTimothy K Lu

PMID: 990002659

DOI: 10.1101/002659

Abstract

A major challenge in materials science is to create self-assembling, functional, and environmentally responsive materials which can be patterned across multiple length scales. Natural biological systems, such as biofilms, shells, and skeletal tissues, implement dynamic regulatory progra...read more

Mentioned in this Paper

Shell - Animal Skin Appendage
Amyloid
Gene Circuits
Protein Engineering
Spatial Distribution
Response to Biotic Stress
Biomaterials
Receptors, Artificial
Patterns
Cell Communication

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