The molecular design introduced in this study may inform the development of organic conductors for applications in bioelectronics and beyond. Block copolymers could be used to tune the viscosity of PEDOT:PSS derivatives for injection 2D and 3D printing or adding other functionalities than thermo-responsiveness such as adhesiveness, analyte selectivity and biodegradation, which we will study in the future. From a bioelectronics perspective, we envision the TR-CP to find use in a range of different applications. For example, their high conformability and hydration would improve interfacing with uneven and oddly shaped substrates, such as hairy skin, scalp and irregularly shaped wounds. For in vitro bioelectronics requiring phenotyping studies after encapsulation, the de-crosslinking of the gels upon cooling may enable easy recovery of the biological substrate while preventing tissue or cell damage. Lastly, the thermo-response also enables injectability from very fine needles without applying excessive shear stress which may be beneficial for injectable scaffolds, electrodes, and bioprinting with high precision.