Core Viewpoint - The article discusses advancements in chiral recognition and catalytic conversion of macromolecules, particularly focusing on the successful application of enzyme-like catalysts for the chiral recognition of polylactic acid (PLA) and its selective depolymerization into chiral lactide monomers [4][9]. Group 1: Chiral Recognition and Catalysis - Chirality is a fundamental characteristic in nature, with enzymes playing a crucial role in the selective recognition and transformation of chiral molecules, ensuring efficient metabolic pathways and accurate genetic information transfer [2]. - The research highlights the challenges in asymmetric catalysis for large molecules due to their complex spatial structures, which require advanced synthetic catalysts for effective chiral recognition [3]. - The Qingdao Energy Institute's research center has made significant progress in chiral recognition and catalytic conversion, achieving selective polymerization of chiral monomers in previous studies [3]. Group 2: Research Achievements - The research team successfully utilized a bis-salen-Al catalyst to achieve chiral recognition and stereoselective depolymerization of PLA, marking a significant advancement in the field [4]. - The study revealed that the structural characteristics of the catalyst are key to achieving chiral recognition and catalytic conversion of polymers, with a depolymerization rate difference of up to 37.5 times between different PLA configurations [8]. - The research findings were published in Nature Communications and received high praise from reviewers, being recognized as a notable conceptual advancement in extending asymmetric catalysis to macromolecules [9].