to the idea that trauma-related cues might be weakened in humans by blocking reconsolidation. Studies with Marie Mofils, Daniela Schiller and Phelps showed that extinction conducted shortly after triggering reconsolidation is considerably more effective in reducing the threat value of stimuli than conventional extinction, a finding that has proven useful in reducing drug relapse in humans. Difference between threat response and emotions In 2012 LeDoux emphasized the value, when discussing brain functions in animals, of using terms that are not derived from human subjective experience. The common practice of calling brain circuits that detect and respond to threats "fear circuits" implies that these circuits are responsible for feelings of fear. LeDoux has argued that so-called Pavlovian fear conditioning should be renamed Pavlovian threat conditioning to avoid the implication that "fear" is being acquired in rats or humans. In 2015 he emphasised the notion of survival functions mediated by survival circuits, the purpose of which is to keep organisms alive (rather than to make emotions). For example, defensive survival circuits exist to detect and respond to threats, and can be present in all organisms. However, only organisms that can be conscious of their own brain's activities can feel fear. Fear is a conscious experience and occurs the same way as any other kind of conscious experience: via cortical circuits that allow attention to certain forms of brain activity. He argues the only differences between an emotional and non-emotion state of consciousness are the underlying neural ingredients that contribute to the state. These ideas and their implications for understanding the neural foundations of pathological fear and anxiety are explained in his 2015 book, Anxious. In this he says "Fear and anxiety are not biologically wired... They are the consequence of the cognitive processing of nonemotional ingredients." In 2018 he further said that the amygdala may release hormones due to a trigger (such as an innate reaction to seeing a snake), but "then we elaborate it through cognitive and conscious processes". He differentiated between the defence system, which has evolved over time, and emotions such as fear and anxiety. He points out that even simple organisms such as bacteria move in response to threats; "It's in the brain to allow an organism, whether it be a bacterium or a human, to detect and respond to danger. ... It's not in the brain to create feelings like fear and anxiety." Lisa Feldman Barrett takes