Writing for Wired, Greg Miller explores new MIT research into the emotional association of memories. “This study and others like it are illuminating the neural mechanisms of memory in unprecedented detail, and showing that it’s possible to activate, alter, or even create memories just by tweaking the right neurons,” writes Miller.
Washington Post reporter Rachel Feltman examines how MIT researchers have uncovered the brain circuitry that links memories to emotion and how to manipulate it. In rodent tests, “neurons that had once conjured up fearful memories had been switched to pleasant ones,” writes Feltman of the MIT study.
Gautam Naik of The Wall Street Journal writes about new MIT research showing how the brain associates memories with emotion and that circuits in the brain could potentially be rewired to change bad memories to good ones. "We identified the circuit, and we've showed that we can manipulate such circuits artificially," says Dr. Roger Redondo.
Reuters reporter Sharon Begley writes about the new MIT study showing that memories can be rewired in the brain. "We could switch the mouse's memory from positive emotions to negative, and negative to positive," says Professor Susumu Tonegawa of the research.
New York Times reporter Pam Belluck examines new MIT research exploring how the brain links emotions to memories. The study provides a basis for using psychotherapy to help patients “reduce the feelings of a bad memory they have,” says Professor Susumu Tonegawa.
Penny Sarchet writes for New Scientist about how MIT researchers have successfully altered emotions associated with specific memories in mice. "Emotion is intimately associated with the memory of past events and episodes, and yet, the emotional value of the memories is malleable," says Professor Susumu Tonegawa.
MIT scientists have uncovered how memories are linked with positive and negative emotions, reports Dennis Thompson for CBS News. "The memory information stored is not only about what happened, but also about the context in which the event occurred," says Professor Susumu Tonegawa.
Carolyn Johnson writes for The Boston Globe about Professor Susumu Tonegawa’s research into rewiring memories in rodents. “That adds to a body of research from MIT over recent years that has shown that administering a drug can wipe out a negative memory in mice,” writes Johnson.
A team led by Professor Susumu Tonegawa effectively manipulated the emotions associated with certain memories in mice, reports Jonathan Webb of BBC News. “By artificially activating circuits in the brain, scientists have turned negative memories into positive ones,” writes Webb.
Boston Globe reporter Kelly Gifford writes about CampBio, a science camp co-hosted by the Whitehead Institute, aimed at sparking middle schoolers’ interest in science. “Kids are natural explorers,” says MIT Professor Susan Lindquist. “But it’s been surprising to me to see how many of them lose their excitement about science as they pass from middle school to high school.”
Rob Stein of NPR reports on Professor David Page’s research on the Y chromosome. Page’s analysis shows that contrary to popular belief the Y chromosome is not heading towards oblivion. "The idea that the Y chromosome might disappear altogether, possibly taking men with it — I think that idea has now been firmly dismissed," Page says.
Professor Kenneth Oye speaks with WBUR’s Sacha Pfeiffer about his recent research that details a new way to alter the genomes of organisms and the need for a public discussion about the potential implications and benefits of this new technology.
Jena McGregor reports for The Washington Post on a paper coauthored by MIT graduate student Jason Sheltzer that indicates that women are under represented in life sciences laboratories run by elite male scientists. The numbers were significantly less than those in labs headed by females.
In a piece for National Geographic, Ed Yong writes about how a team of scientists from MIT has found a corresponding rhythm of behavior amongst marine bacteria. “The study reveals the power of sophisticated sampling devices for studying ocean features that were heretofore inaccessible,” says MIT Prof. Penny Chisholm.
Lauren Hitchings of New Scientist reports on findings showing that marine microbes exhibit daily patterns of behavior. “The researchers think this might be a result of the low nutrient levels in the open ocean, and the need for organisms to rely on one another for metabolic functions,” writes Hitchings.