These independent encoding schemes may enable simultaneous representation of spatial and
episodic memory information.
Not exact matches
Episodic memory is
information that is new and useful for a short period of time, such as where you parked your car on any given day.
The hippocampus, for instance, represents spatial
information using «place» cells that map the environment, potentially explaining how it might contribute to the «where» component of
episodic memory.
Neuroscientists studying rodents and humans have found that sleep deprivation interrupts the storage of
episodic memories:
information about who, what, when, and where.
Episodic memory involves the ability to learn, store, and retrieve
information about unique personal experiences that occur in daily life.
Previous research has established that when engaged in
episodic memory retrieval, people frequently look at locations associated with the sought - after
memory trace, even if those locations no longer contain any
information.
By contrast, «
episodic memory» refers to the encoding of autobiographical
information relating to a specific event that is located in time.
Properly encoded
information makes the next stage of
episodic memory, known as retrieval, a little easier (I left the car keys in the kitchen).
Episodic memory is the type of
memory that regulates new
information.
However, a study conducted by the University of Montreal published in October 2013 indicated that high vitamin K levels improve
episodic memory (the ability to recall
information in the right space - time context).
This is because it helps develop «
episodic memories» which allow them connect their learning to work, thereby generating stimuli that facilitate better retention of
information.
For example,
episodic memory, which relates to the ability to learn complex tasks declines relatively in life, while working
memory, which refers to sort term recall and use of
information remains relatively intact until later in age.