Sentences with phrase «brain signaling for»

Brain Signal For Awareness: Minimally conscious and vegetative patients show different patterns of neural activity.

But the process wasn't instant or intuitive; you needed the prerecorded sessions with Cathy Hutchinson to establish a map of her brain signals for the computer, right?

Not exact matches

Understanding these brain wave basics, researchers from New York University found that rhythm serves as a type of «carrier signal» for information, with brain waves actually synchronizing to the tempo of sounds around you, including music.

When something enters your nose, it sets off the «sneeze sensor» in your brain, which then sends signals for you to to close your throat, eyes.

Exercise could strengthen some of the pathways our brain uses to relay signals for recent events, or boost the size of certain brain regions that are key for learning and storing memories.

Not only are naps beneficial for consolidating memories and helping you remember new information, they're also useful in helping you avoid burnout, since research shows burnout is a signal that you can't take in more information in this part of your brain until you've had a chance to sleep.

The amount of stimulation the light has on our eyeballs translate directly to our brain, overwhelming it with signals and the demand for needed associations.

The percipient qua external event is an effect of other events (e.g., light signals must reach the retina and brain for the wall to be green); and perceiving is conditioned by the percipient and its causal relations.

Dr. Marianne Neifert, a pediatrician and author of «Great Expectations: The Essential Guide to Breastfeeding,» explains that nipple incisions for implants should be avoided if breastfeeding is important to the patient [because] all the milk ducts that drain the different lobes or sections of the breast kind of convene there [and] it's possible to accidentally cut milk ducts or the nerve that sends the signal to your brain to release more hormones that then helps you to produce more milk.»

That initial swoon over a new baby is more than just love; it's a series of chemicals signaling the brain to care for this helpless infant, and ultimately can help explain the survival of our species.

When the lights go down and the room darkens, this signals to the brain that it's time for rest.

When the nerves under the areola are stimulated, the brain gets signals to release hormones for milk production and distribution.

Its sound will come to signal the brain that it is «time for sleep,» much like a pre-bedtime meditation session... but easier.

These aren't totally redundant and can be very useful sleep cues if used during a bed time routine instead of the main light - the lower light level helps to signal baby's brain that it is time for bed.

Another point to be aware of is that light is a signal for the pituitary gland, the part of the brain that governs hormone release.

When these pain signals are blocked, it becomes more difficult for the brain to register the sensation of pain (or it opts for the more pleasant pulsing sensation).

This will aid is comfort, but also signal to your brain to continue to produce more milk for your baby.

When darkness falls, your brain interprets this as a signal to start producing melatonin, a hormone that triggers relaxation, paving the way for sleep.

A consistent bedtime or a bedtime ritual can signal your brain that it is time for sleep.

The brain has to process the signal of needing to urinate, and then the child has to learn how to hold it for a few minutes.

For your child to wake up to go to the bathroom during the night, his full bladder has to be able to send a strong enough signal to his brain to wake him up.

Fetuses use vitamin D in the womb for many important processes including regulation of the metabolism of neurotropic factors and neurotoxins, signaling neuronal differentiation, and protecting the brain from inflammation.

NDE researcher and neurologist Kevin Nelson of the University of Kentucky tells me fading blood flow, even for a few seconds, signals a crisis to the brain.

Currently there is no cure for Parkinson's, but the disease can be managed through deep - brain stimulation surgery, physical therapy and medications that increase dopamine signaling in the brain.

The researchers collected the brain activity — five additional sensors were placed on the volunteers» faces to allow researchers to screen for the impact of random movement, including eye blinks — and then mapped the signals back to the brain to determine how specific parts of the brain are involved in discrete tasks associated with walking, said Trieu Phat Luu, co-first author and a post-doctoral researcher in the Noninvasive Brain - Machine Interface System Laboratory abrain activity — five additional sensors were placed on the volunteers» faces to allow researchers to screen for the impact of random movement, including eye blinks — and then mapped the signals back to the brain to determine how specific parts of the brain are involved in discrete tasks associated with walking, said Trieu Phat Luu, co-first author and a post-doctoral researcher in the Noninvasive Brain - Machine Interface System Laboratory abrain to determine how specific parts of the brain are involved in discrete tasks associated with walking, said Trieu Phat Luu, co-first author and a post-doctoral researcher in the Noninvasive Brain - Machine Interface System Laboratory abrain are involved in discrete tasks associated with walking, said Trieu Phat Luu, co-first author and a post-doctoral researcher in the Noninvasive Brain - Machine Interface System Laboratory aBrain - Machine Interface System Laboratory at UH.

In fact, it was still unclear where in the brain researchers should even look for the relevant signals.

Depending on the task at hand, it can direct signals to the parts of the brain that produce speech, for instance, or to the parts that can make a foot push down on a brake pedal.

Further study revealed that these so - called immune proteins are actually present on the surface of certain nerve cells, but that they functioned differently in the brain than they did in the rest of the body; rather than scouting for germs, they influenced signals sent between neurons.

«They can read the motor signals in the brain and use them for prosthetic control.

«Brain development and aging: New study reveals that brain signals in specific regions change over a lifespan in ways that might be important for maintaining flexibility.&rBrain development and aging: New study reveals that brain signals in specific regions change over a lifespan in ways that might be important for maintaining flexibility.&rbrain signals in specific regions change over a lifespan in ways that might be important for maintaining flexibility.»

An earlier study had identified the connection between the thalamus — a brain region that relays incoming signals from the muscles and senses — and the dmPFC, along with the role this neural circuit can play in modifying a mouse's desire for confrontation.

For example, being hungry affects the body, and signals associated with metabolism, as well as signals in the brain.

As the brain's sensory relay station, the thalamus is responsible for sending rousing signals to the cortex when we wake up from ordinary sleep.

University of Adelaide researchers have shown that it is possible for stroke patients to improve motor function using special training involving connecting brain signals with a computer.

Surviving axons may compensate for the damage by increasing electrical signaling and thus restoring the normal speed of information processing in the brain.

These thin, tubelike structures transmit electrical and chemical signals that are vital for carrying information among different regions of the brain.

A fuller understanding of signaling in the brain of people with this disorder offers new hope for improved therapy

To discover this, Hui Liu, Gene Robinson, and Eric Jakobsson of the University of Illinois developed new computational tools to analyze patterns of gene conservation across a wide range of animals, for genes activated and inhibited in the honey bee brain by exposure to a chemical communication signal that triggers alarm.

They showed that ZIKV infection of cortical progenitors (stem cells for cortical neurons) controlling neurogenesis triggers a stress in the endoplasmic reticulum (where some of the cellular proteins and lipids are synthetized) in the embryonic brain, inducing signals in response to incorrect protein con - formation (referred to as «unfolded protein response»).

Isn't the brain so plastic that the signals for a given word are constantly changing?

Detailed looks at how the brain uses these waves raise the possibility of tweaking the signals with electrical nudges — interventions that could lead to therapies that can correct memory problems and mental illness, for instance.

Now, researchers from the Graphene Flagship have developed a new device for recording brain activity in high resolution while maintaining excellent signal to noise ratio (SNR).

Parkinson's disease is caused by the death of neurons in the brain that produce dopamine, a chemical that shuttles signals between neurons and is responsible for controlling the body's movement.

Researchers found less evidence for the formation of new blood vessels and fewer protein markers that signal neuroplasticity, or the brain's ability to make new connections between neurons.

Latest research from the National Centre for Biological Sciences (NCBS, Bangalore), now shows that maintaining Calcium balance in cells is also needed for another purpose — it may be regulating the levels of an important signalling molecule called dopamine in the brain.

In a 2014 study, he used brain stimulation to disrupt a rear portion of the temporal lobe and found that it is important for integrating incoming signals with knowledge from previous interactions.

«There are several elements that must go hand in hand for us to be able to record neuronal signals from the brain with decisive results.

They chose TMC1 because it is a common cause of genetic deafness, accounting for 4 to 8 percent of cases, and encodes a protein that plays a central role in hearing, helping convert sound into electrical signals that travel to the brain.

The researchers found that the powerful messenger, NPD1, is produced on - demand in the brain and retina and that it elicits a network of positive signals essential for the well - being of vision and cognition.

Next, the researchers looked to the dorsal horn of the spinal cord, where signals from peripheral nerves are routed to the brain, and found the receptors for Nppb in a group of neurons that release a molecule called gastrin - releasing peptide, or GRP.