engram

/en-gram/US // ˈɛn græm //UK // (ˈɛnɡræm) //

酶标仪,酶制剂,酶的作用,酶链球

Definitions

n.名词 noun

1
- : a presumed encoding in neural tissue that provides a physical basis for the persistence of memory; a memory trace.

With this technology, which was pioneered by researchers at Stanford almost two decades ago, neuroscientists can artificially activate memory engram cells in lab animals.
Today, neuroscientists can manipulate memory engrams by artificially activating their underlying networks and inserting new information.
How neurons become part of a memory engram remained a mystery until recently.
An engram is stored within a network of connected neurons, and neurons holding the engram can be made to glow so that they are visible through special microscopes.
Right after the memory formed, there weren’t huge differences in how the engram cells expressed their genes.
Semon's "engram" is formed by all that we experience at one time.
Similarly, the engram of the ecphoriated dichotomy is most often that which has been previously most often repeated.
Thus the tactile engram will be ecphoriated by the repetition of the original associated irritation.
As we have indicated in our comparison, every suggestion which has succeeded leaves a strong trace, or engram, in the brain.
These two laws together represent in part a hypothesis (the engram), and in part an observable fact.

/en-gram/US // ˈɛn græm //UK // (ˈɛnɡræm) //

酶标仪,酶制剂,酶的作用,酶链球

n.名词 noun

1
- : a presumed encoding in neural tissue that provides a physical basis for the persistence of memory; a memory trace.

With this technology, which was pioneered by researchers at Stanford almost two decades ago, neuroscientists can artificially activate memory engram cells in lab animals.
Today, neuroscientists can manipulate memory engrams by artificially activating their underlying networks and inserting new information.
How neurons become part of a memory engram remained a mystery until recently.
An engram is stored within a network of connected neurons, and neurons holding the engram can be made to glow so that they are visible through special microscopes.
Right after the memory formed, there weren’t huge differences in how the engram cells expressed their genes.
Semon's "engram" is formed by all that we experience at one time.
Similarly, the engram of the ecphoriated dichotomy is most often that which has been previously most often repeated.
Thus the tactile engram will be ecphoriated by the repetition of the original associated irritation.
As we have indicated in our comparison, every suggestion which has succeeded leaves a strong trace, or engram, in the brain.
These two laws together represent in part a hypothesis (the engram), and in part an observable fact.