Sentences with phrase «brain changes are seen»

Not exact matches

With all of the intelligent changes Panda and Penguin brought to the table, it was only a matter of time before one of Google's big brained developers found a way to «smarten» search engines up enough to take a question and look at the context rather than seeing the words within the query as separate entities.

While particular structures of the brain can be seen in terms of their evolutionary heritage, the functions of many of these structures have changed and are much more complicated than previously thought.

Simply put, it's the idea that when people share their personal stories with another, both people see changes in their brain circuitry.

When administrators, who are too trapped by love of money, either fail or refuse or have not the brain to see this sea change happening — which is a cancer within it — the games future is in mortal danger.

5 rounds of punishment can take years off a career, Max is known for an Iron like chin and I don't want to see a rise star get mauled (POTENTIALLY IM NOT SAYING ITS FOR SURE) for 5 rounds only to have his chin «broken» and ultimately have his career path change, that type of beating is a lot of wear and tear on a chin / brain

We have clueless manager and clueless team work who can't change things using their brain only Ox and Rosy could do that but nowhere to be seen.

Doctors use CT scans in the brain to diagnose brain tumors or visualize injuries, bleeding, or any structural changes and infections that can occur and be difficult to see with an X-ray or routine exam.

Of course, you still need the right candidates and the right messages, but this new grassroots emphasis is a promising change from the brain - dead TV - buying - by - the - numbers strategy we saw from Crossroads GPS, the Romney campaign and so many other groups on the Right in 2012.

Only in the most severe cases, Hyman said, might a brain - altering event be clearly seen as the cause of behavioral changes.

The treatment group showed notable changes in the ability to identify and remember faces, which was corroborated by changes in brain patterns that arise when study participants saw a familiar face.

The change in what the volunteers saw was so fast, Dilks says, that it must be due to the brain redirecting signals through pre-existing circuits rather than forging new connections.

The brains of children who were more actively involved in Kraus lab studies saw more robust changes.

In previous studies, the UCLA researchers had seen differences in heart rate and blood brain flow during blood pressure changes in men and women with obstructive sleep apnea and wanted to see if cardiovascular responses in brain areas were different in healthy men and women.

Butterworth hopes to monitor the brains of students such as Christopher as they practice Number Sense, to see if their parietal lobes are indeed changing.

For example, mice have been given an extra color vision gene in the lab, and it has been shown that the protein manufactured by that gene expands the scope of their vision by enhancing their ability to see longer - wavelength light without any other changes in the brain.

«What we're seeing is that [the training] actually changes how the brain processes information,» says pain specialist Gary Kaplan, founder of the Kaplan Center for Integrative Medicine, who is familiar with Paulus» work.

Rondina says the study's results do not immediately change diagnosis or treatment options for age - related cognitive impairments, but it will be interesting to see the long - term implications of these results, as we continue to learn how our brains change as we age.

«We were very curious to see what would happen if we were to change the expression pattern of Pax6 in developing mouse brain to mimic that observed in large - brained animals,» says Fong Kuan Wong, a PhD student in the lab of Wieland Huttner and first author of the study.

Tracing how the brain is wired is a great first step but to find out how this linking pattern produces a particular behaviour we need to be able to see how changing these links affects brain function.

«I was expecting to find that a few genes would be evolving rapidly, while probably the overall distribution would be changing at about the same rate among all the primates, but instead we saw that the brain's gene evolution in the human lineage has actually slowed down,» Wu says.

Diaz is interested in taking this research further, to determine exactly what changed in the brain to cause such increased levels of anxiety after alcohol exposure, and to see why the effects are apparent in male rats but not females.

The changes match those seen in people with idiopathic intracranial hypertension, a rare condition in which the pressure of blood and other fluids is abnormally high in the brain.

«We can still see anatomical changes in the brain [in the elderly], which is very encouraging news for aging.

«Both forms of exercise improved the whole body's insulin sensitivity equally efficiently and most likely, we would have seen a change also in the brain's metabolism after moderate training if the exercise period would have been longer.

Whiplash symptoms that last years after a car accident but can not be seen in tests could be down to previously unseen functional changes in the pain and posture processing parts of the brain, according to research published in EBioMedicine.

«On a normal clinical MRI scan, you typically see the structural images of the brain, and for a mild brain injury like a concussion, we aren't able to see the underlying changes we were able to see using these advanced methods.»

«We saw that there were prolonged abnormalities in terms of the white matter in the brain,» said Manning, noting that these changes are only visible using high field - strength MRI and these sophisticated analytical methods.

«There is a huge gulf separating our understanding of what kind of brain injuries develop because of mild blast and how they relate to the neuroimaging changes many research groups have detected,» said Dr. David Cook, VA scientist and UW research associate professor of medicine and pharmacology «The similarities we see in the pattern of neuron injury in the cerebellum of mice, the neuron loss previously seen in boxers, and our neuroimaging findings in veterans is a step toward reducing this knowledge gap.»

«Probably the most exciting thing is that they were able to follow up two years after the birth of the baby,» he says, «So they have the longest - term evidence that we've seen of changes in the brain after pregnancy.»

Glennerster says this reveals that our brains are so hardwired with assumptions about the world — for example, that rooms do not change size as you move through them — that we completely ignore what we actually see.

Hepatic encephalopathy occurs when the liver can not remove certain toxins and chemicals, such as ammonia, from the blood.1 These toxins and chemicals then build up and enter the brain.1 Hepatic encephalopathy is one of the major complications of cirrhosis (scarring of the liver), and a leading cause of hospital re-admission due to its recurrence, despite treatment.1 It can occur suddenly in people with acute liver failure, but is seen more often in those with chronic liver disease.1 Symptoms of hepatic encephalopathy include mild confusion, forgetfulness, poor concentration and personality or mood changes, but can progress to extreme anxiety, seizures, severe confusion, jumbled and slurred speech and slow movement.1 The first step in treatment is to identify and treat any factors that cause hepatic encephalopathy.2 Once the episode has resolved, further treatment aims to reduce the production and absorption of toxins, such as ammonia.1 Generally, there are two types of medication used to reduce the likelihood of another hepatic encephalopathy episode — lactulose and rifaximin.2 However, it remains a leading cause of hospitalisations and re-hospitalisations in cirrhotic patients, despite the use of the above - mentioned standard of care treatment.

«Our eyes and brain adapt and adjust to changing visual input, which is essential to our ability to see,» Shew said.

The size of the brain's ventricles — cerebrospinal fluid - filled spaces deep within the brain — became progressively larger during the course of treatment, and changes were also seen within the subventricular zone, one of two structures in which new brain cells are generated in adults.

And while I can't exactly probe Jack's brain to see if he's sprouting neurons, I noticed an undeniable change in his focus, as his new bond took hold.

«We know people report feeling fuller after eating walnuts, but it was pretty surprising to see evidence of activity changing in the brain related to food cues, and by extension what people were eating and how hungry they feel.»

Adult brains are less malleable than juvenile ones, much as a Boltzmann machine trained with 100,000 car images won't change much upon seeing another: Its synapses already have the correct weights to categorize a car.

If hearing loss is potentially contributing to these differences we're seeing on MRI, you want to treat it before these brain structural changes take place.»

I am proposing a demanding criterion: that you be able to detect abnormalities in patients beforehand by such brain - imaging techniques as functional MRI [which measures blood flow in the brain], and then use imaging to see whether or not there is a change in those markers for the disease as the therapy progresses.

The next step is to track these adolescents and see how their brains change over time, Giedd says: «It is the right approach; there is more to come.»

Hawks notes that such changes would be consistent with the many brain - related DNA mutations seen over the past 20 millennia.

«If the sex hormones were causing this effect, we'd see major changes in the relative rates of brain tumors in males and females at puberty.

Now we need to understand why some brains can respond to the disease in this way and to see if the effect can be enhanced with medicines or lifestyle changes.

So far, there's little evidence to show how it could induce the type of brain changes seen in people with ALS.

Additional skepticism arises from knowing that fMRI measures blood - flow change, not neuronal activity, that the colors are artificially added in order to see the blood - flow differences and that those images are not any one person's brain but are instead a statistical compilation of many subjects» brains in the experiment.

And then at the same time, when they were looking at the pelvis, and this caused a big stir at the meeting, so there's been this idea that Lucy's species, you know, the changes that you get in the pelvis from the last common ancestor of humans and chimps were to, sort of, make us good at upright walking; and then further changes to the pelvis that you see in the evolution of our genus which will accommodate babies with larger brains.

When these psychotic patients were treated with medications, you could see a significant change in the brain images that were now much closer to the brain images of the normal controls.

We are now able to look into the brain of an animal and see how nerve cell connections are made or broken, and how that relates to learning or other adaptive changes.

However, so far this has only been shown in mice, which do not fully replicate several of the important changes that we see in the brains and behaviours of people with dementia.

Pointing to the change in amygdala activity, which is central to the brain's system of storing and recalling fearful memories (see How Fear Works to learn about this process), the researchers say the memory was not simply disconnected from fear, but that it was actually erased in its entirety.

Health improvement (allowing to post - pone / escape the diseases and thus live, healthier / disease - free longer, but not above human MLSP of around 122 years; thus these therapies do not affect epigenetic aging whatsoever, they are degenerative aging problems not regular healthy aging problem (except OncoSENS - only when you Already Have Cancer - which cancer increases epigenetic aging, but cancer removal thus does not change anything / makes no difference about what happens in the other cells / about what happens in the normal epigenetic «aging» course in Normal non-cancerous healthy cells) Although there is not such thing as «healthy aging» all aging in «unhealthy» (as seen from elders who are «healthy enough» who show much damage), it's just «tolerable / liveable» enough (in terms of damage accumulating) that it does not affect their quality of life (enough yet), that is «healthy aging»: ApoptoSENS - Clearing Senescent Cells (this will have great impact to reduce diseases, the largest one, since it's all inflammation fueled by the inflammation secretory phenotype (SASP) of these senescent cells) AmyloSENS - Dissolving the Plaques (this will allow humans to evade Alzheimer's, Parkinsons and general brain degenerescence, allowing quite a boost; making people much more easily reach the big 100 - since the brain is causal to how long we live; keeping brain amyloid - free and keeping our memories / neuron sharp / means longer LongTerm Potentiation - means longer brain function means longer heavy brain mass (gray matter / white matter retention seen in «sharp - witted» Centenarians who show are younger brain for their age), and both are correlated to MLSP).