Sentences with phrase «area of the human brain»

In addition, facts and stats typically stimulate only two areas of the human brain, but stories can activate up to seven, and trigger emotional responses within listeners.

On the contrary, he finds it useful to ponder an array of reductionist attempts to explain the existence of religion, from that which seeks to pinpoint the area of the human brain or the specific genes connected to religiosity to that which sees religion as a malfunction of the human mind or a vestigial remnant from a primitive stage of human development suitable only for whimpering, immature dullards (a point of view championed by the new atheists).

Using magnetic stimulation to temporarily disrupt normal processing of the areas of the human brain involved in the production of actions of human participants, it is demonstrated that these areas are also involved in the understanding of actions.

Researchers have long known that in patients with Alzheimer's, the areas of the human brain clogged with senility - associated plaques also bristle with inflammatory cells and cytokines.

Tognoli and Kelso's research involves tracking neural activity from different areas of the human brain every one thousandth of a second.

It is both the largest and most developed area of the human brain.

Active listening engages more areas of the human brain and resonates more deeply in the cells of our bodies.

Research suggests spiritual experiences originate deep within primitive areas of the human brain — areas shared by other animals with brain structures like our own.

Not exact matches

In 2007, researchers published the first randomized, controlled study of the effect of being raised in an orphanage; that study, and subsequent research on the same sample of Romanian orphans, found that compared with babies placed with a foster family, those who were sent to institutions had lower IQs, slower physical growth, problems with human attachment and differences in functioning in brain areas related to emotional development.

More experiments with the rats showed that OEA activates the same areas of the brain that mediate the formation of emotionally charged memories in humans, which are more vivid than typical memories.

Perhaps the most remarkable implication of these findings is that the voice area previously identified in the human brain is not uniquely human and that it has a counterpart in the brain of nonhuman primates.

The experiments highlighted an area of the brain known as the «nucleus accumbens», which has been long - associated with motivation, reward and depression — in humans too.

After exploring the areas of the brain that fuel our empathetic impulses — and temporarily disabling other regions that oppose those impulses — two UCLA neuroscientists are coming down on the optimistic side of human nature.

Surprisingly, despite Broca's area being one of the most studied human brain regions, neuroscientists are still not exactly sure what the same region does, on the other side of the brain.

Given that there are a number of different types of neurons in the cerebral cortex and that there are many areas where the neurons do things other than help with memory, you can see how one billion is a conservative estimate I hoped would be useful for understanding the storage capacity of the human brain.

«In both humans and voles, we believe other brain areas are likely involved too, including the amygdala, a brain area important for attaching positive or negative importance of specific stimuli to motivate behavioural responses.»

Blind human echolocators use visual areas of the brain.»

«It's absolutely brilliant, groundbreaking research,» says Pascal Belin, a neuroscientist at the University of Glasgow in the United Kingdom, who was part of the team that identified the voice areas in the human brain in 2000.

Previous studies comparing brains across species tended to assume that human brains were just blown - up versions of monkey brains and that functions are carried out by anatomically similar areas.

Indeed, Oliva says; «Human cognitive and computational neuroscience is a fast - growing area of research, and knowledge about how the human brain is able to see, hear, feel, think, remember, and predict is mandatory to develop better diagnostic tools, to repair the brain, and to make sure it develops well.&rHuman cognitive and computational neuroscience is a fast - growing area of research, and knowledge about how the human brain is able to see, hear, feel, think, remember, and predict is mandatory to develop better diagnostic tools, to repair the brain, and to make sure it develops well.&rhuman brain is able to see, hear, feel, think, remember, and predict is mandatory to develop better diagnostic tools, to repair the brain, and to make sure it develops well.»

However, the study showed the one area of the brain with the most human - specific gene expression is the striatum, a region most commonly associated with movement.

By studying other parts of the brain in both humans and monkeys, however, a team from Johns Hopkins University has now concluded that last - minute decision - making is a lot more complicated than previously known, involving complex neural coordination among multiple brain areas.

Alpha oscillations are regular fluctuations in the electrical activity in the back of the human brain — an area that includes the visual cortex, responsible for processing signals from the eyes.

In humans, anxious sweat activates a cluster of brain areas known to be involved in empathy.

The knockout mice also did better on tests of behaviors associated with the brain's prefrontal cortex, the area that regulates complex thinking, emotions, and behavior in humans.

The brains of humans and dogs light up in the same place in response to vocal sounds, suggesting these processing areas are inherited from a common ancestor

Brain imaging studies show that areas of the brain for memory and visually processing human faces in people with MCI are structurally and functionally transfoBrain imaging studies show that areas of the brain for memory and visually processing human faces in people with MCI are structurally and functionally transfobrain for memory and visually processing human faces in people with MCI are structurally and functionally transformed.

«Human feeding behaviors involve areas of the brain responsible for cognitive control and decision - making,» said Christos S. Mantzoros, MD, Director of the Human Nutrition Unit in the Division of Endocrinology, Diabetes and Metabolism at BIDMC and Professor of Medicine at Harvard Medical School.

Then for HARE5, the most active enhancer in an area of the brain called the cortex, they made minigenes containing either the chimp or human version of the enhancer linked to a «reporter» gene that caused the developing mouse embryo to turn blue wherever the enhancer turned the gene on.

The team found lower levels of TRNP1 in areas that were destined to form folds, and higher levels in areas that would not have developed them, suggesting that the protein produced by the gene inhibits more complex brain development in humans as well as in mice.

After researchers discovered in 2004 that FOXP2 is expressed in the same areas of the brain in humans and zebra finches, a song - learning bird, neurobiologist Constance Scharff of the Max Planck Institute for Molecular Genetics in Berlin began to investigate whether such birds could help scientists understand how humans learn language.

The results suggest that as human cognition evolved, the types and amounts of fat in key brain areas were rapidly shifting and mutating — and this growth was crucial to the development of our complex abilities.

Scientists at the Max Planck Institute for Human Cognitive and Brain Sciences (MPI CBS) in Leipzig discovered what happens when two crucial brain regions of our linguistic comprehension are inactive: They observed that failure of some regions can be compensated by the commitment of other areas, whereas others canBrain Sciences (MPI CBS) in Leipzig discovered what happens when two crucial brain regions of our linguistic comprehension are inactive: They observed that failure of some regions can be compensated by the commitment of other areas, whereas others canbrain regions of our linguistic comprehension are inactive: They observed that failure of some regions can be compensated by the commitment of other areas, whereas others can not.

2) The US BRAIN Initiative, announced in 2013, aims to map the activity of every single neuron type or area in the human bBRAIN Initiative, announced in 2013, aims to map the activity of every single neuron type or area in the human brainbrain.

One of the great challenges for researchers studying the human brain is working out which areas of the brain are involved in specific activities, and this in itself poses a further challenge: how to measure activity in the brain whilst humans are behaving normally in a way that can be repeated and compared.

Although non-invasive methods to explore brain function in humans such as functional imaging and EEG / MEG have been informative regarding the potential role of a given brain area in a particular cognitive function, they lack the necessary temporal and spatial resolution to study brain microcircuits.

Raichle's most recent research has helped in the development of a much better understanding of those areas of the normal human brain responsible for language, thought processing and emotion.

In a new finding with implications to human learning, memory, and speech acquisition, researchers at the University of Chicago Medical Center have correlated the simple notes and more complex passages of a bird's song to activity in different areas of the brain.

Rarely are brain tumors situated in «silent» areas of the brain, and areas often considered «silent» nevertheless can affect complex human functions, such as relationships, employment and decision - making.

Researchers have now uncovered an area in the brain about the size of an almond in humans that wields powerful control over the body's aging process.

Seminar topics range from entrepreneurship and use of animal and human research subjects to neuroethics, an area of study at the CSNE that focuses on the ethical implications of technology used to reconnect the brain and body.

For more information about Jeneva Cronin's, GRID Lab's and the CSNE's ground - breaking research in the area of sensory feedback, read «For the first time in humans, researchers use brain surface stimulation to provide «touch» feedback to direct movement.»

For this study, monkeys, whose sensory systems closely resemble those of humans, had electrodes implanted into the area of the brain that processes touch information from the hand.

A selected set of targets have been analyzed by using the antibodies in serial sections of mouse brain which covers 129 areas and subfields of the brain, several of these regions difficult to cover in the human brain.

To do this, the researchers implanted a four - by - four - millimeter chip composed of 96 electrodes into a subdivision of the PPC called the anterior intraparietal area (AIP), to measure the neural activity of a tetraplegic human who volunteered to take part in a brain - machine interface clinical trial.

The NIMH study also for the first time confirms in living humans that activity of the front brain area, the prefrontal cortex, is regulated by dopamine production in the midbrain, which, in turn, is regulated by these two common gene variants.

For the first time, the focus groups also sought opinions on neural engineering — an area of science that uses engineering and brain science to build devices to support brain control of prosthetic or robotic devices in humans.

The folds in the human brain form sulci (grooves) and gyri (ridges), adding to its surface area to maximize the number of cells that can pack into our skulls, and increasing the quantity of information we can process.

These stimulate areas of the brain that would normally respond to the different sound frequencies of human speech.

He directs the Motion Analysis Laboratory, and his research falls under general areas related to biomechanics and motor control of human movement, with focuses on the investigation of mobility impairments associated with ageing, musculoskeletal diseases or injuries, and traumatic brain injury.