Neurocounseling: Bridging
Brain and Behavior Using new nervous system science to help clients with their digital dating experiences
That is, knowledge about the more than two - millennia - old Eastern tradition of investigating the mind from the inside, from an interior, subjective point of view, and the much more recent insights provided by empirical Western ways to probe
the brain and its behavior using a third - person, reductionist framework.
Not exact matches
According to the synopsis about the show, «
Using science
and storytelling, Hidden
Brain reveals the unconscious patterns that drive human
behavior.
Brain - wave biofeedback training involving learning to increase one's alpha waves (associated with a relaxed, tranquil feeling state) has been
used with some success in treating neuroses, psychoses,
and behavior problems.
As parents gaze at their newborn; talk gently;
use soft, higher - pitched voices;
and are positive, warm,
and encouraging, their
brain's gray matter, or cell bodies, actually grow in the emotion
and thought regions that support parenting
behaviors.
Find out about the science behind your teen's
brain, if his or her
behavior is normal, or what tools you can
use to talk about drugs
and alcohol.
• teens & technology (the Internet, social networking sites, etc.) • the latest in teen drug
use prevention (including prescription drugs) • teen bullying: how to spot it, how to handle it • special stepfamily considerations • how
brain development affects teen
behavior and decision - making • improved discipline
and communication • updated teen sexuality issues
The emergence of tensional outlets usually signifies something distressful for your child,
and they
use these
behaviors as a way to self - soothe
and calm their
brain.
Dr. Giedd's research team seeks to
use cutting edge technologies to explore the relationship between genes,
brain and behavior in healthy development
and in neuropsychiatric disorders of childhood onset.
The results, published online in the journal
Brain,
Behavior and Immunity, strengthen the case that transgenic Huntington's disease monkeys could be
used to evaluate emerging treatments (such as this) before launching human clinical trials.
«Our results
using an animal model suggest that a maternal high - fat diet during pregnancy
and lactation could have significant
and lasting effects on the
brain,
behavior and cognition of rat pups,» said Dr. Tamashiro.
A new study of artifacts from a cave in Israel suggests that our ancestors began regularly
using fire about 350,000 years ago — far enough back to have shaped our culture
and behavior but too recent to explain our big
brains or our expansion into cold climates.
Page
and his colleagues, who
use animal models to understand how autism risk factors impact the developing
brain and to identify potential treatments for the condition, have found that animals with mutations in the autism risk gene phosphatase
and tensin homolog (Pten) mimic aspects of autism, including increased
brain size, social deficits
and increased repetitive
behavior.
«What we're showing in this paper is that patients who
used a
brain - machine interface for a long period of time experienced improvements in motor
behavior, tactile sensations
and visceral functions below the level of the spinal cord injury,» he said.
For instance, zapping the temporal lobe
using deep -
brain stimulation can improve spatial memory,
and using a powerful magnet to alter activity in the right temporoparietal junction can make our moral compass go haywire, causing
behaviors we think of as immoral to become permissible.
Now, UCLA researchers have developed a way to
use brain scans
and machine learning — a form of artificial intelligence — to predict whether people with OCD will benefit from cognitive
behavior therapy.
A 2002 study
using MRI scans showed that
brain areas keeping aggression
and impulsive
behavior in check were relatively larger in women than in men.
Dulac's study — which
used genetic manipulation
and surgery to create VNO-less female mice — reveals that the circuitry for male
behaviors appears to be present in all mouse
brains.
Parasites
use hormones, neurotransmitters
and other proteins to disconnect the host
brain and the immune system, altering host
behaviors to increase the survival
and reproduction of the parasite.
By
using the smaller
and less complex cricket
brain as a model, Dr. Adamo hopes to uncover more broad patterns of nervous system function in both immune responses
and, of course,
behavior.
In the past decade, researchers have
used mouse models to unravel how cellular changes in the nucleus accumbens (NAc), a
brain structure involved in action selection associated with arousal
and reward, may contribute to addiction - related
behavior.
Participants were screened for risk - taking
behaviors, such as drug
and alcohol
use, sexual promiscuity,
and physical violence
and underwent functional MRI (fMRI) scans to examine communication between
brain regions associated with the emotional - regulation network.
The researchers
used the Rochester Epidemiology Project medical records database,
brain function testing at ages 8 - 12 or 15 - 20,
and parent reports to assess
behavior and brain function.
«We were very excited to discover that when we
used a typical genetic mutation that was more susceptible to electroconvulsive seizures, we were able to actually rescue these worms by treating them with FDA approved human antiepileptic drugs beforehand,» said Monica Risley, co-lead author
and a Ph.D. student in FAU's Integrative Biology
and Neuroscience program, as well as a student in the new International Max Planck Research School in
Brain and Behavior.
Instead of only
using a standard clinical interview to determine whether individuals met the criteria for a clinical diagnosis of bipolar disorder, the researchers combined the results from
brain imaging, cognitive testing,
and an array of temperament
and behavior measures.
But in these experiments, Burwell's team, including lead authors Jonathan Ho
and Devon Poeta, altered some of the rats»
behavior by manipulating the
brain using optogenetics.
The study, «Modulating
Behavior in C.elegans
Using Electroshock
and Antiepileptic Drugs,» just published in PLOS One, has led the researchers to build on the current animal models for inducing seizures via electroconvulsion in the genetically modifiable C.elegans that only has 302
brain cells called neurons.
Now a team of researchers has
used computer - vision
and machine - learning techniques in fruit flies to create
behavior anatomy maps that will help us understand how specific
brain circuits generate Drosophila aggression, wing extension, or grooming.
«It is a very bold theory,» says Arne Öhman, a psychologist at the Karolinska Institute in Sweden who
uses brain imaging
and behavior studies to test how humans respond to visual threats.
In studying the functional
behavior of the
brain, from control of muscles to the formation of memories, scientists are
using such tools such as electron microscopy, recordings of electrical signals from individual
brain cells,
and imaging of
brain structures
and processes
using functional magnetic resonance imaging (fMRI), positron emission tomography (PET),
and high - resolution optical imaging.
To examine the link, researchers measured blood glucose levels
and hunger, while also
using functional magnetic resonance imaging (MRI) to observe
brain activity during the crucial four - hour period after a meal, which influences eating
behavior at the next meal.
Using further neurological studies, George
and his colleagues tracked this compulsive
behavior to the activation of «stress»
and «reward» pathways in the
brain.
Neurons
use neuropeptides to communicate a range of
brain functions including learning, metabolism, memory
and social
behaviors.
Using an animal model of this syndrome, scientists from the Florida campus of The Scripps Research Institute (TSRI) have discovered that mutations in PTEN affect the assembly of connections between two
brain areas important for the processing of social cues: the prefrontal cortex, an area of the
brain associated with complex cognitive processes such as moderating social
behavior,
and the amygdala, which plays a role in emotional processing.
Beyond these much - needed engineering advances, more research is required to expand the possibilities of
brain - controlled machines to facilitate complex tasks
and behaviors such as tool
use and language production (without the
use of a virtual keyboard).
In order to broaden the conversation about cognitive enhancement, the Commission instead
uses the term «neural modification,» which includes emerging technologies, as well as daily conditions
and behaviors that impact
brain performance.
Scientists injected fluorescent molecules into about 150 mouse
brain structures
and used a high - resolution microscope to document the molecules as they moved through the
brain's «cellular highways,» which need to be in tip - top shape for different parts of the
brain to communicate
and coordinate
behaviors.
Brain scans
using functional magnetic resonance imaging (fMRI)
and even genetic tests are turning up possible clues to our political origins
and behaviors.
Using a new class of mathematical models that do not make many assumptions about how
behavior is organized, we will deconstruct the mouse's normal
behavior into motifs, or syllables,
and correlate those with
brain activity.
More recently, I have demonstrated the feasibility of
using fMRI in combination with pharmaco - genetic silencing to dissect the circuital basis of complex
behaviors,
and demonstrated for the first time that the mouse
brain contains distributed resting - state functional connectivity networks, including plausible homologues of the human default - mode (DMN)
and salience networks.
Our work will provide a suite of new tools for other neuroscientists to
use, as well as general insight into how the
brain processes information
and carries out
behavior.
Bath's Early Career Award from the
Brain and Behavior Research Foundation supported some of the earliest experiments to
use the facility.
Using a new high - speed imaging technique called SCAPE to track activity in the entire fly
brain, we will identify activity patterns that generate appetite
and trigger food seeking
behavior.
Other research interests include elucidating the effects of persistent alcohol
and marijuana
use on
brain metabolite levels
and structural maturation patterns that contribute towards suboptimal cognitive processing
and maintaining drug dependence
behaviors.
By blending classical
and cutting - edge genetic approaches, Vivek Kumar, Ph.D.Researches
behavior and behavioral abnormalities, including addiction, ADHD
and depression,
using mouse genetics as a platform.Vivek Kumar is unveiling the genes at work within the
brain to control complex
behaviors, such as anxiety
and addiction.
He is the author of more than 1000 journal articles
and several books including
Uses of Marijuana (1971), Madness
and the
Brain (1974), The Troubled Mind (1976), Biological Aspects of Abnormal
Behavior (1980), Drugs
and the
Brain (1986),
and Brainstorming (1989).
Using iPSC - derived human DA neurons from opioid - dependent subjects to study dopamine dynamics Sheng Y, Filichia E, Shick E, Preston KL, Phillips KA, Cooperman L, Lin Z, Tesar P, Hoffer B, Luo Y.
Brain and Behavior.
Biocellion is being
used to model a variety of biological system
behaviors, such as biofilm formation
and wrinkling, microbial growth dynamics in complex soil structure,
brain tumor growth
and invasion, formation of complex bacterial colonies,
and changes in blood vessels
and skin cells.
With this tool, neuroscientists can
use light to trigger or suppress neuronal firing
and precisely manipulate animal
behavior, allowing them to map circuits underlying normal
brain functions
and study their dysfunction in mood
and movement disorders.
Using mouse recombineering techniques, she is working to unravel the complicated circuitry of the hypothalamus
and connected
brain areas involved in food intake
behavior, neuroendocrine,
and autonomic responses to stress.