New research has shown that contrary to popular belief, memories might not actually be stored in the synapses of neurons, which could have some pretty remarkable implications. The study led by David ...

UCLA biologists report they have transferred a memory from one marine snail to another, creating an artificial memory, by injecting RNA from one to another. This research could lead to new ways to ...

Transferring memories from one living thing to another sounds like the plot of an episode of “Black Mirror.” But it may be more realistic than it sounds — at least for snails. In a paper published ...

A new study strongly suggests that at least some memories are stored in genetic code, and that genetic code can act like memory soup. Suck it out of one animal and stick the code in a second animal, ...

May 16 (UPI) --Biologists at UCLA have completed the world's first memory transfer. Scientists were able to transplant a single memory by taking RNA from one marine snail and injecting it in another.

Professor David Glanzman’s research proposes the idea that memory restoration in neuron synapses is possible through experimentation with snails. The results of his research may help in fighting the ...

What can cellular neuroscientists learn about the human brain from studying a marine snail? Much more than one might suspect. "On a cell biological level, the mechanisms of learning and memory are ...