Structural Modulation in Short Peptide Crystals from Centrosymmetric to Noncentrosymmetric Achieving Piezoelectricity

Peptide assemblies with noncentrosymmetric supramolecular structures exhibit intrinsic piezoelectricity as highly engineerable piezoelectric biomaterials. In contrast, centrosymmetric packing forming peptide assemblies are typically considered nonpiezoelectric, significantly limiting their functiona...

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Bibliographic Details
Main Author:	Mei-Ling Tan (552943) (author)
Other Authors:	Yuanyu Luo (3402893) (author), Shuaijie Liu (16478511) (author), Yehong Huo (9354611) (author), Jingwen Zhao (636558) (author), Xiaohui Xu (208997) (author), Jinlin Song (547485) (author), Wei Ji (15028) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Biotechnology Cancer Space Science Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified typically considered nonpiezoelectric remains largely unexplored produced stable open circuit voltage outputs maximal piezoelectric coefficients short peptide crystals density functional theory based piezoelectric nanogenerator based piezoelectric biomaterials nonpiezoelectric centrosymmetric structure gg building block noncentrosymmetric crystal packing short peptide assemblies 25 </ sub 1 </ sub piezoelectric properties performance peptide functional applicability noncentrosymmetric structures noncentrosymmetric orthorhombic p </ >< sub work explores structural modulation space group significantly limiting molecular engineering like structures handed helical forming right fgg crystal exhibiting robustness engineering high effective strategy dipeptide assemblies calculations revealed assemblies crystallized architectural symmetry applied force 0 pm
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Structural Modulation in Short Peptide Crystals from Centrosymmetric to Noncentrosymmetric Achieving Piezoelectricity

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