Sentences with phrase «brain responses when»

They also demonstrate stronger brain responses when they hear their baby cry, according to a study published in the May issue of the Journal of Child Psychology and Psychiatry.

The study showed that the brain response when a monkey received an award for looking the right way improved its chances of performing well on the next trial.

Not exact matches

Recent research from the Department of Biological and Clinical Psychology at Friedrich Schiller University in Germany found that exposure to stimuli that cause strong negative emotions - the same kind of exposure you get when dealing with toxic people - caused subjects» brains to have a massive stress response.

Recent research from the Department of Biological and Clinical Psychology at Friedrich Schiller University in Germany found that exposure to stimuli that cause strong negative emotions — the same kind of exposure you get when dealing with difficult people — caused subjects» brains to have a massive stress response.

«When you don't know where your monthly income is coming from, it often sets up a fight - or - flight response in your brain,» Slim says.

But research published in Social, Cognitive and Affective Neuroscience found that «when people viewed pictures of others being loved or cared for, their brains» threat response became muted,» writes Inc.com's Jill Krasny.

The experiment, which Westen wrote about in his book «The Political Brain,» showed that, when people begin to feel their worldview is under attack, the parts of their brains that handle reason and logic go to sleep, while the parts of their brain responsible for our fight - or - flight response lighBrain,» showed that, when people begin to feel their worldview is under attack, the parts of their brains that handle reason and logic go to sleep, while the parts of their brain responsible for our fight - or - flight response lighbrain responsible for our fight - or - flight response light up.

When you see someone smile, your brain has a similar response.

There are times when one feels another persons empathy in a way that suggests a more immediate response to ones feelings than can be accounted for through the orthodox view of interpretation of physically mediated stimulation of the brain.

On the principle of control and direction, nature demands that, when a creature emerges with a brain too powerful for the environment to hold in meaningful stimulation and coordinated response, something new must be done.

I discovered that these feelings were physical responses to the workings of the brain when imagining awesome things... not a supernatural being.

I used to * think * I felt it when I was a believer - but I discovered that it is just an intense emotional response to thought processes in the brain.

Those trainers, doctors, consultants, and spotters are all looking for observable concussion symptoms: things like clumsy movement, loss of consciousness, or the fencing response, which is when a player involuntarily extends his arms straight out after suffering a brain injury.

And when their immediate environment is in constant flux — when the adults in their orbit behave erratically or don't interact with them much — the child's brain and the stress - response systems linked to it are triggered to prepare for a life of instability by being on constant alert, ready for anything.

More praise for the yummy stuff resulted from brain researcher Todd Parrish of Northwestern University in 2009, when he examined functional magnetic resonance images of gum chewers and found increased activity in areas of the brain associated with memory and emotional responses.

Patients with suspected concussive injury are categorized as having mild traumatic brain injury, or mTBI if, when they are first seen by an emergency medicine provider, they receive a score of 14 - 15 on the 15 - point Glasgow Coma Scale, which is used to determine level of consciousness based on responses to various stimuli:

A study published a few years ago in the journal Frontiers in Psychology shows that when moms breathe in the smell of their own newborns, it releases a reward - seeking response in the brain.

However, teens engage a different part of the brain when it comes to impulse control and emotion; they're more likely to be ruled by that emotion than an adult when it comes to social responses.

When a pattern of response is generalized like this it most likely indicates that the child's brain has now been wired so that the child becomes more hesitant and fearful of various things they are exposed to in their environment.

When I drop the orange it rolls away, sometimes it rolls left, sometimes right... they are looking to make the connection (in their brain) between action and response.

Further analysis showed that the brain response to touch was stronger when babies in the NICU spent more time in gentle contact with their parents or healthcare providers.

Now, researchers who have measured the brain responses of 125 infants — including babies who were born prematurely and others who went full - term — show that a baby's earliest experiences of touch have lasting effects on the way their young brains respond to gentle touch when they go home.

Why it works: «Studies suggest that a calming response is triggered in an infant's brain when being carried or rocked, causing the baby's heart rate to slow and the muscles to become more relaxed,» says Kristie Rivers, M.D., a pediatrician in Fort Lauderdale.

When we are having big emotions, we are physically coming from our reptilian brain stem, where the fight, flight or freeze response comes from.

Even the most state of the art strollers can't provide the warmth that a mother's body does, her comforting smell, the varied movement, and the sensitive motherly responses that are so essential to her baby's healthy growth and development, especially during such a critical period when his brain is growing more than any period in his life.

When in a stressful situation, these lower centers of the baby's / toddlers brain go into a primal survival response commonly known as fight / flight / freeze.

When injected into the skin of six rhesus macaque monkeys, the vaccine prompted an immune response that blocked the proteins from popping up in the brain.

When they next measured responses in the auditory regions of the brain, a more sensitive test, the mice responded to much quieter sounds: 19 of 25 mice heard sounds quieter than 80 decibels, and a few could heard sounds as soft as 25 - 30 decibels, like normal mice.

She placed herself in an fMRI brain scanner and noted her neural response when she spoke about a vivid memory (two boys fighting over her at her high school prom).

And when people respond well to placebos, they show stronger activation in brain circuits that control pain compared with those who are less susceptible to the placebo response.

«When we hear a sound, the normal aging brain keeps the sound in check during processing, but those with MCI have lost this inhibition and it was as if the flood gates were open since their neural response to the same sounds were over-exaggerated,» says Dr. Gavin Bidelman, first author on the study, a former RRI post-doctoral fellow and assistant professor at the University of Memphis.

His work on RMP - 7 came to naught in 1998: «We demonstrated in the Phase 1 and 2 trials that when RMP - 7 was delivered directly into the carotid artery that fed the tumor, we could open the blood - brain barrier and get clinical responses to the chemo.

And when volunteers listened to spoken sentences, all their brains showed similar responses in the visual word form area.

«Up - regulating MHCI is essential for the maternal immune response, but changing MHCI activity in the fetal brain when synaptic connections are being formed could potentially affect synapse density,» Boulanger said.

Researchers are currently investigating other ways to produce the same modulation of the immune response because the access of IVIg to the brain when administered peripherally is very limited.

The study, published in the Journal of Neuroscience, found that when microglia, the brain's resident immune cells, were blocked, female response to opioid pain medication improved and matched the levels of pain relief normally seen in males.

This loss, however, is not necessarily a bad thing (according to Hoekzema, «the localization was quite remarkable»); it occurred in brain regions involved in social cognition, particularly in the network dedicated to theory of mind, which helps us think about what is going on in someone else's mind — regions that had the strongest response when mothers looked at photos of their infants.

From a neurological perspective, when we experience a healthy sense of control, our prefrontal cortex (the executive functioning part of our brain) regulates the amygdala (a part of the brain's threat detection system that initiates the fight or flight response).

He has shown that dogs have a positive response in the caudate region of the brain when given a hand signal indicating they would receive a food treat, as compared to a different hand signal for «no treat.»

What's more, when the TMS directly targeted the brain areas that were initially active for the uncued item, the reactivation response was even stronger.

And when that memory pops into your brain, you're going to have that whole autonomic response that you had originally.

When these same mice were tested after a meal, the same food cue produced a decreased response in the neurons in a subset of these same brain areas.

Researchers could measure such brain responses without requiring the kids to pay conscious attention to sounds, an advantage when it comes to working with young children.

When looking at a face, brain cells in the amygdala fire electrical impulses or «spikes» in response.

Inmates who scored the highest on a standard psychopathy test showed a normal response in pain perception and brain centers for emotion when imagining the pain for themselves.

When comparing brain responses from each trial, the group identified several brain structures that were more or less active before and during the painful stimulus in those who experienced a placebo effect.

They may be able to go back further, identifying a persistent inflammatory response deep within the brain or capturing the period when mitochondria, the cellular powerhouses, begin spewing toxins as early as middle age.

Of the 54 patients, 5 with traumatic brain injuries were able to modulate their brain activity by generating voluntary, reliable, and repeatable blood - oxygenation - level — dependent responses in predefined neuroanatomical regions when prompted to perform imagery tasks.

Here, we show that marijuana abusers had attenuated behavioral and cardiovascular responses and blunted reductions in striatal DV (although normal reductions in BPND) when challenged with MP compared with controls, which is consistent with decreased brain reactivity to DA stimulation.

Dr Stephen Mayhew from Birmingham University Imaging Centre said «We do not know what the exact role of the post-stimulus activity is or why this response is not always consistent when the stimulus input to the brain is the same.