Facile fabrication of high-transconductance (>10 mS) and highly elastic all-polymer organic electrochemical transistors was presented using gelatin-based electrolyte supporting printed PEDOT:PSS/LiTFSI microstructures.

PEDOT:PSS/LiTFSI wrinkled microelectrodes and imprinted 3D-microstructured channel/electrolyte interface allowed biaxial stretchability of 100% strain and performance preservation after 1000 cycles of 80% strain.

The glycerol-soaked elastic gelatin electrolyte also permitted long-term environmental stability for months and enabled readily recyclable device, paving the way to wide applications spanning from artificial synapses to wearable sensing.

使用支持印刷 PEDOT:PSS/LiTFSI 微结构的明胶基电解质，展示了高跨导 (>10 mS) 和高弹性全聚合物有机电化学晶体管的简便制造。

PEDOT：PSS/LiTFSI 褶皱微电极和压印 3D 微结构通道/电解质界面允许双轴拉伸 100% 应变和 1000 次 80% 应变循环后性能保持。

浸有甘油的弹性明胶电解质还可以实现数月的长期环境稳定性，并使设备易于回收，为从人工突触到可穿戴传感的广泛应用铺平了道路。