«The central amygdala
receives sensory information related to such behaviors.»
Our «inner brain»
receives sensory information from the outer brain, integrates it with memories, internal states — such as hunger or arousal — and goals, then sends a plan of action back out to our muscles.
The nucleus also
receives sensory information from the vocal folds, the tongue and the lung.
Each amygdala
receives sensory information from the frontal cortex, and children with an overly active right frontal cortex may be stimulating the right amygdala more than the left, invoking the fear response.
When the hippocampus forms a new spatial memory,
it receives sensory information about your current location from a brain region called the entorhinal cortex.
In each case, the primary areas
receive sensory information from the thalamus and the higher order areas process that information.
Not exact matches
The answer I proposed suggests that we should be able to
receive some kinds of
information from our environment in the absence of normal
sensory functions.
Sensational Kids: Hope and Help for Children with
Sensory Processing Disorder by Lucy Jane Miller (Ph.D.) covers much of the same topics as The Out - of Sync Child and even has a forward by Carol Stock Kranowitz, but includes more
information on moving forward once you have
received a diagnosis.
The brain's ability to accurately
receive, interpret and respond to tactile
sensory information from the skin is an important foundation for self - feeding skills, for participation in grooming activities (hair brushing, fingernail cutting, toothbrushing, etc.), and for fine motor coordination.
Children's brains will not
receive the
information in the same way if they are stressed out during the
sensory activity.
They are vital for the overall co ordination of the nervous system and are needed to allow the brain to interpret
sensory information it
receives.
Pioneering occupational therapist and neuroscientist A. Jean Ayres, PhD, likened SPD to a neurological «traffic jam» that prevents certain parts of the brain from
receiving the
information needed to interpret
sensory information correctly.
We
receive information through different
sensory experiences and stimuli including touch, whether light or deep (also known as proprioception), smell, sight, hearing, tasting, and movement, also known as vestibular input.
To understand speech, as for other cognitive or
sensory processes, the brain breaks down the
information it
receives to integrate it and give it a coherent meaning.
The implication: The visual cortex is evolutionarily adapted to the
sensory information it
receives, not to the world beyond.
At UC Berkeley, he is probing how the brain imposes an interpretative framework on the
sensory information that it
receives — a phenomenon known as top - down modulation.
The primary areas
receive information directly from
sensory organs like the eyes.
It could
receive and process
sensory information again.
«Our latest research findings support a newly emerging model of how the brain focuses attention on a particular task, using neurons in the thalamic reticular nucleus as a switchboard to control the amount of
information the brain
receives, limiting and filtering out
sensory information that we don't want to pay attention to,» says senior study investigator and neuroscientist Michael Halassa, MD, PhD.
Neuroscience textbooks say that each half of the brain
receives sensory input from just one side of the body — the left hemisphere handling
information from the right half of the body, and vice versa.
«It's not
sensory input, but how they process the
information they
receive from the different males.»
The hippocampus can
receive information from many different
sensory inputs to help build the cognitive map.
The brain may interpret the
information it
receives from
sensory neurons using a code more complicated than scientists previously thought, according to new research from the National Autonomous...
Thalamus:
receives input from the senses and «decides» to send
information to either the
sensory cortex (conscious fear) or the amygdala (defense mechanism)
A child learning to walk
receives important
sensory information from the soles of their feet, and shoes can make walking more difficult...