Muñoz Zamora et al.'s study^([1])is the first to investigate how cognitive processes can directly affect thermoregulation.By combining behavioral conditioning,engram labeling,and neural manipulation technique...Muñoz Zamora et al.'s study^([1])is the first to investigate how cognitive processes can directly affect thermoregulation.By combining behavioral conditioning,engram labeling,and neural manipulation techniques,the authors demonstrate that mice are capable of can form and retrieve memories of cold environments.Remarkably,recalling these memories induces metabolic responses typically associated with actual cold exposure.This work represents a significant advancement in our understanding of brain,body interactions,particularly in how learned experiences can modulate fundamental homeostatic processes.The findings have broad implications across multiple fields of neuroscience and physiology.展开更多
文摘Muñoz Zamora et al.'s study^([1])is the first to investigate how cognitive processes can directly affect thermoregulation.By combining behavioral conditioning,engram labeling,and neural manipulation techniques,the authors demonstrate that mice are capable of can form and retrieve memories of cold environments.Remarkably,recalling these memories induces metabolic responses typically associated with actual cold exposure.This work represents a significant advancement in our understanding of brain,body interactions,particularly in how learned experiences can modulate fundamental homeostatic processes.The findings have broad implications across multiple fields of neuroscience and physiology.
