Among the stated CPs, particularly, PEDOT based materials have gained considerable attention in recent the decade due to their remarkable resistance to oxidation, low intrinsic cytotoxicity, and good mechanical strength . These distinctive features have positioned PEDOTs as an attractive candidate for the fabrication of biodegradable and electroconductive polymers, particularly in the field of tissue engineering (TE) scaffolds . In general, TE scaffolds are designed to be nanoporous, electroconductive, and biodegradable structures that can provide temporary support for tissue regeneration . However, a critical challenge lies in the fact that PEDOTs, along with many other CPs, exhibits low or non-biodegradability, brittleness, and insolubility . These factors limit the standalone use of PEDOTs or other CPs as TE scaffolds.