Using artificial intelligence and brain scanning technology, neuroscientists were able to override
specific fear memories by reconditioning the brain.
The new method, called «Decoded Neurofeedback,» works by reading and identifying fears in the brain by scanning brain activity for complex patterns that resemble
specific fear memories.
In a discovery that could have major implications for those suffering from post-traumatic stress disorder (PTSD) and phobias, a team of neuroscientists from the University of Cambridge, Japan and the USA have developed a new technique for removing
specific fear memories from the brain.
Seymour says that even when the study subjects were simply resting, the researchers could see short moments of brain activity patterns with features of
the specific fear memory.
Not exact matches
Disruptions to the ability of developing brain cells to form branching connections with other cells, using a
specific microRNA — miR - 9, was associated with an increase in the strength of
fear - related
memories in adulthood.
Scientists from the Florida campus of The Scripps Research Institute (TSRI) have now for the first time identified a sub-region in the brain that works to form a particular kind of
memory:
fear - associated with a
specific environmental cue or «contextual
fear memory.»
Decrease in this
specific ecRNA prevented formation of a long - lasting
fear memory, where rats learn to associate mild electrical shocks with a particular place.
This includes training in interventions for cultivating and maintaining a safe and empathic therapeutic relationship; for evoking and processing trauma feelings and
memories; for reducing
fear, avoidance, and shame; for resolving attachment injuries with
specific perpetrators through expressions of anger and sadness; and alternatives to chair - work for clients who are unable or unwilling to engage in these evocative procedures.
Professor Felmingham is recognized for her research examining the neural and biological mechanisms associated with PTSD, with a
specific focus on key mechanisms such as emotional
memory consolidation,
fear conditioning and extinction, emotion regulation and hormonal and genetic influences on these processes.