Most people fear that they might have amnesia or dementia some time in their life. But, the fear arises not from the illness itself, but rather on the fact that they will lose hold of the precious memories they once worked hard for during their lifetime. But, a team from Picower Institute for Learning and Memory at Unter believes that “lost” memories are not permanently gone because there is a way to retrieve or reactivate them, which they successfully exhibited in mouse samples.
Dr. Susumu Tonegawa, a teacher of biology and chief of RIKEN-MIT Center, working with Picower Institute for Learning and Memory, discussed that their research discovered that a typical amnesia caused by grey matter trauma is being experienced due to flaw retention recovery and not on what was previously assumed as absence of records in the brain.
They conducted their study on a mouse and successfully showed that suppressed memory could possibly be retrieved by going deep down into the mind.
“Brain scientists have been separated over the years on whether or not amnesia is the result of an issue inside of the storage space associated with retention or in conjunction with its think of,” said Tonegawa. The conclusion stated that, “Our bottom line is in return amnesia, past reminiscences most likely are not wiped out, but could easily be misplaced and not accessible for recall to mind. These provide you placing comprehension of the passing type of stories and is going to encourage forthcoming studying of the chemistry and biology of the ability to remember, along with its scientific recovery.”
The team used a new procedure known as optogenetics to undergo this mind exploration. The procedure involves the gentle treatment of neurons by genetically sensitizing it into mild form.
Tomas Ryan, co-author, added that, “It’s very hard to perform that in human beings, somewhat to use on the virtuous reasons — the input is invasive — but also, as we ticket the reminiscences among the cerebrum before they’re understood.”
He went on saying that their study mainly offers a whole new principle to permanently having a hold on your own memories and the ability to remember. The principle is described as an “engram chamber group conduit” or simply electrical circuit. This circuit involves a number of cerebrum sections where engram chambers are present and affects storage of memories.
The study has been deemed successful on mice, but the team hopes to find a direct application on human subjects.