Memory transfer
Also known as: memory RNA
- 1Proposed in the 1960s as a chemical basis for memory.
- 2Hypothesized that memory RNA could store and transfer learned information.
- 3Suggested that memory could persist through flesh rather than just the nervous system.
- 4Used to explain memory retention in planarians following physical regeneration.
Memory transfer was a biological process proposed by James V.
Connections1
central hypothesis of his scientific research
McConnell's work focused on the biochemical basis of memory, specifically the theory that memory could be encoded in RNA and transferred between organisms.
Memory transfer is a historical scientific hypothesis proposed in the 1960s by James V. McConnell and other researchers. The theory suggested that memory could be stored chemically within an organism, specifically through a substance referred to as memory RNA.
This hypothesis posited that information could be transmitted through biological tissue rather than relying solely on an intact nervous system. Proponents argued that because living cells modify RNA in response to external stimuli, this molecule could potentially encode learned information in neurons. The concept was developed to explain experimental observations where flatworms appeared to retain acquired information even after undergoing regeneration.