Not exact matches
The
mechanisms underlying structural changes that accompany
learning and memory have been difficult to investigate
in the intact nervous system.
The discovery of a new
mechanism that controls the way nerve cells
in the brain communicate with each other to regulate our
learning and long - term
memory could have major benefits to understanding how the brain works
and what goes wrong
in neurodegenerative disorders such as epilepsy
and dementia.
They used a somewhat bizarre technique
in which two mice were sutured together
in such as way that they shared a circulatory system (known as parabiosis),
and found old mice joined to their youthful counterparts showed changes
in gene activity
in a brain region called the hippocampus as well as increased neural connections
and enhanced «synaptic plasticity» — a
mechanism believed to underlie
learning and memory in which the strength of neural connections change
in response to experience.
Researchers at the University of Alabama at Birmingham report the discovery of a novel
mechanism in the brain involved
in the formation of
memory and learning.
It is also suggested that further elucidation of the
mechanism linking mastication
and brain function can lead to novel treatments
and preventive measures for
memory /
learning dysfunction
in the future.
A different possible
mechanism, proposed by Juan Salinas, a lecturer specializing
in the neuropharmacology of
learning and memory at the University of Texas at Austin, resembles the neurobiological hypothesis, given that ADHD involves a dysfunctional release of dopamine
in the brain.
What's more, the same
mechanisms are likely at play
in one of the most common forms of epilepsy, called temporal lobe epilepsy (TLE), which targets brain regions responsible for
learning and memory.
The bottom line, the authors wrote: «these findings hint chemical signaling
mechanisms might play a crucial role
in memory and learning in task - performing
in vivo networks.»
Since morphology changes of synapses underlie synaptic plasticity
and our
learning and memory, this will provide us with many new insights into
mechanisms of how neurons store information
in their morphology, how it changes synaptic strength
and ultimately how it creates new
memory.
Prof. Nicoll's lab is interested
in elucidating the cellular
and molecular
mechanisms underlying
learning and memory in the mammalian brain.
Theta rhythms are very strong
in rodent hippocampi
and entorhinal cortex during
learning and memory retrieval,
and are believed to be vital to the induction of long - term potentiation, a potential cellular
mechanism of
learning and memory.
Caroni's group focuses on the specific
mechanisms that regulate plasticity
in identified circuits as a function of experience,
and the roles of this plasticity
in learning and memory.
Her research interest is
in neurodegenerative disease, specifically
in the synaptic loss associated with Alzheimer's disease,
and mechanisms of
learning,
memory,
and consciousness.
Recently
in my Neurobiology class I've been teaching the students about the neural
mechanisms underlying
learning and memory.
He studies the basic neural
mechanisms of
learning and memory, particularly emotional
learning,
in both human
and animal subjects, using functional neuroimaging, electrophysiology
and immunohistochemistry.
Cognitive
and biological: stress, conditioning,
learning,
and memory in animals
and humans,
and their biological
mechanisms