Not exact matches
Exhausting muscles to increase strength and muscle size is necessary to stress the body to adapt, but the
same concept doesn't apply in balance training, the goal of which is to develop sensory - motor processes so that the
brain sends
signals down to the muscles to maintain balance and body awareness.
Sure enough, when Bullmore's team measured the length of time that two electrical
signals from random locations in the
brain were «in phase», it was the
same at all
signal frequencies (PLoS Computational Biology, DOI: 10.1371 / journal.pcbi.1000314).
Each design differs slightly in the technical details, but the hurdles are the
same: creating an effective device tiny enough to fi t inside the eye, powering that device, and getting
signals from the detector to the
brain.
Our
brains generate the
same reward
signals when we conquer any challenge, big or small, so I take on smaller challenges outside of work.2 My daily physical workouts are diverse — running, yoga, Pilates, strength training — and I progress by focusing on today's form and peak performance.
But when it comes to sending
signals toward your
brain through your spinal cord, itch and mild pain can go through the
same set of spinal cord neurons, researchers report February 22 in Neuron.
«Even though a
signal may emanate from [the
same region] deep inside the
brain, by the time it gets [projected] to the cortex and the surface of the scalp, the
signal appears very random.
At the
same time, GRP neurons are not the only group of spinal cord neurons that receive and forward pain
signals toward the
brain, and the
brain itself plays a central role in translating
signals from peripheral neurons into experienced sensation.
But over the course of four decades, and through dozens of experiments, Edgerton and his colleagues have shown that the spinal cord is smart in much the
same way the
brain is smart: It can, on its own, detect sensory information and send out
signals that control the way we move.
«The idea is that if you can couple those motor
signals that are associated with moving the
same - sided limb with the actual movements of the hand, new connections will be made in your
brain that allow the uninjured areas of your
brain to take over control of the paralyzed hand,» Leuthardt said.
Across a range of disorders, deep -
brain stimulation works much the
same way: A pacemaker - like device in the chest transmits a
signal to the implanted electrode via wires that run underneath the scalp.
The researchers also received detailed instructions on how to grapple with a major technical challenge: Electrodes in patients»
brains often detect pulses from two or more nearby neurons at the
same time, which may show up in the computer as one big
signal.
Concurrently, the research team recorded electrical
signals from TRN neurons and also tracked the mice's behavior while at the
same time inactivating various parts of the
brain's neural circuits with a laser beam.
They and additional co-authors at the MGH Cancer Center, the University of North Carolina, Vanderbilt University and Novartis, identified HER3 — part of the
same signaling pathway that includes HER2 — as a possible contributor to anti-HER2 / PI3K resistance in breast cancer
brain metastases.
With a remote control, Darrel uses the stimulator for up to 45 minutes each day, applying different programs to transmit electrical impulses into his spinal cord that mimic the
same signals that would come from the
brain.
At the
same time, Freeman and others have shown that SARM - dependent
signaling pathways also drive axon loss in neurodegenerative conditions including glaucoma, traumatic
brain injury and peripheral neuropathy.
Curiously, the team also found the post-stimulus fMRI
signal was not consistent, even though the stimulus input to the
brain was the
same each time.
The team from Kyoto University and ATR (Advanced Telecommunications Research) Computational Neuroscience Laboratories discovered that
brain activity patters can be decoded, or translated, into
signal patterns of simulated neurons in the DNN when both are shown the
same image.
A second study, to be published next week in the Proceedings of the National Academy of Sciences (PNAS), shows how these
brain signals can be used to predict virality of the
same news articles around the world.
Some nerve cells send
signals far away to other areas of the
brain, while other neurons send
signals within the
same area.
Here, we investigate how chemosensory anxiety
signals conveyed by the sweat of humans (N = 49) awaiting an academic examination are processed by the human
brain, as compared to chemosensory control
signals obtained from the
same sweat donors in a sport condition.
Emerging nanoscale implants will play an important role in understanding communication among nerve cells in the
brain, while other researchers hope to use the
same technology to probe chemical
signaling in microbial communities.
«The
same area of your
brain that controls hunger also controls thirst, so sometimes
signals get crossed when you haven't had enough to drink during the day to confuse you into feeling the sensations of «hunger,»» explains Blatner.
In the
same way, smelling a familiar, relaxing scent every night moments before we hit the pillow can send a strong and comforting
signal to our over-wired, over-stimulated
brains to prepare for sleep.
And this will cause the
brain to
signal the
same production of insulin as when you eat sugar.
15 In fact, type 2 diabetes (T2D)-- a condition stemming from broken glucose metabolism and insulin
signaling — has been identified as an additional risk factor for developing AD.16, 17 Moreover, the pathological changes that occur in AD in the
brain physically resemble those seen in the pancreas and vasculature in T2D.9, 18 Type 2 diabetics who carry ApoE4 alleles are at the greatest risk for AD, with an even more severe risk reserved for those treated with exogenous insulin.19 This suggests that either T2D or related features of the metabolic syndrome bring about AD, or that they are separate consequences of the
same underlying cause — and moreover, that insulin is a key factor.
Although adiponectin's
signaling pathways are generally thought to be distinct from those of insulin, in this case it acts through the
same signaling pathway as insulin in both osteoblasts and in the
brain.
Therefore, it's important to pay attention to the size of your portion of food.The
same holds true for eating too fast which may also cause you to overeat.Take your time at meals, enjoy every mouthful and give your
brain a chance to
signal to your stomach that you've eaten enough.
You've done the
same thing over and over so many times (in this case constantly clicking on that certain location for the FB app) that every time you think about the act of going on FB, your
brain automatically
signals your finger to that exact location.
Did you know that the part of the
brain that
signals hunger is the
same part that
signals thirst?
This means that, compared to non-PCOS women, our
brains do not receive the «I'm full, stop eating»
signal from the
same amount of leptin.
This small semantic change
signals a shift in acknowledging that no two
brains are the
same, so no two students learn in the
same fashion.
The hearing test known as the brainstem auditory evoked response (BAER) or brainstem auditory evoked potential (BAEP) detects electrical activity in the cochlea and auditory pathways in the
brain in much the
same way that an antenna detects radio or TV
signals or an EKG detects electrical activity of the heart.
The light field mimics the
same signal your
brain uses to process visuals.