Sentences with phrase «dog brains process»

Human and dog brains process sounds in similar ways, and this may allow the two species to understand each other's emotions, new research shows... read more

Not exact matches

GOOD DOGS To see how dogs process speech, these pooches were trained to undergo MRI brain scDOGS To see how dogs process speech, these pooches were trained to undergo MRI brain scdogs process speech, these pooches were trained to undergo MRI brain scans.

While dogs and most humans use different hemispheres of the brain to process meaning and intonation — instead of the same hemispheres, as was suggested — lead author Attila Andics says the more important finding still stands: Dogs» brains process different aspects of human speech in different hemisphedogs and most humans use different hemispheres of the brain to process meaning and intonation — instead of the same hemispheres, as was suggested — lead author Attila Andics says the more important finding still stands: Dogs» brains process different aspects of human speech in different hemispheDogs» brains process different aspects of human speech in different hemispheres.

While dogs and most humans use different hemispheres of the brain to process meaning and intonation — instead of the same hemispheres, as was suggested — lead author...

While the brain hemispheres dogs use to process meaning and intonation don't match what's seen in most humans, as was originally suggested, lead author Attila Andics says the more important finding still stands: Dogs» brains process different aspects of human speech in different hemisphedogs use to process meaning and intonation don't match what's seen in most humans, as was originally suggested, lead author Attila Andics says the more important finding still stands: Dogs» brains process different aspects of human speech in different hemispheDogs» brains process different aspects of human speech in different hemispheres.

Researchers found that dogs» left hemispheres process meaningful words while right hemispheres process tone, Laurel Hamers wrote in «Dog brains divide language tasks» (SN: 10/1/16, p. 11).

«It shows that dogs and humans have similar brain mechanisms for processing the social meaning of sound,» Andics says, noting that other research has shown that dogs «respond to the way we say something rather than to what we say.»

The images revealed that dog brains have voice areas and that they process voices in the same way that human brains do, the team reports online today in Current Biology.

The answer lies, he thinks, in what the scans also revealed: Striking similarities in how dog and human brains process emotionally laden sounds.

The journal Behavioural Processes published the results of the first brain - imaging study of dogs responding to biological odors.

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

«Dogs process faces in specialized brain area, study reveals: Face - selective region has been identified in the temporal cortex of dogs.&raDogs process faces in specialized brain area, study reveals: Face - selective region has been identified in the temporal cortex of dogs.&radogs.»

The epithet dogs even some functional MRI studies, which seek to link specific thought processes to corresponding regions of the brain by measuring moment - to - moment differences in blood flow.

Even if humans could gather this information, our brains wouldn't know what to do with it: the dog olfactory cortex, which processes scent information, takes up 12.5 per cent of their total brain mass, while ours accounts for less than 1 per cent.

The researchers also found that the dogs processed intonation separately from vocabulary, in auditory regions in the right hemisphere of the brain.

It hides in tofu dogs under aliases such as textured vegetable protein, hydrolyzed vegetable protein, and lecithin — which is troubling, since the processing required to hydrolyze soy protein into vegetable protein produces excitotoxins such as glutamate (think MSG) and aspartate (a component of aspartame), which cause brain - cell death.

The study, from a University in Budapest, Hungary, reports that different parts of dogs» brains process and react to a word they know and how it's said, in a fashion similar to our own brains.

Dogs need a certain amount of fats and oils in their diet, mostly for skin and coat health, but also for proper brain development and other critical processes in the body - and in this regard some are more valuable than others.

This suggests that dogs process emotional cues on one side of the brain and the meaning of words on the other side.

Brain scans have found that dogs use different parts of their brains to process speech, and can tell what words mean if we use the right tone

Smaller dogs seem to dream more frequently and have shorter dreams than bigger dogs, and puppies tend to have more dreams than older dogs, perhaps due to their developing brains; everything is newer to them, so they have more to process than older dogs, who have become accustomed to things they've been seeing and experiencing for years.

The brain scans showed that the dogs processed the words, with or without the use of intonation, with their left hemisphere similar to humans.

These dogs need to stay standing and with the support of the cart, they can use their rear feet, which helps their brains stay healthier longer by retaining the walking process.

As a consequence, the olfactory lobe, which process the dog's ability to scent, has migrated to the lowest portion of their brains, probably to remain in reasonable proximity to the nose.

But in our pet dogs, this peculiar little «glitch» in the brain's memory processing system can have devastating consequences.

It is also important to understand that the olfactory portion of a dog's brain closes down during the «fight or flight» process and that a panicked dog likely won't recognize their guardian's scent.

Because of the size of the Purkinje cells, their cellular processes (axons and dendrites), and the stimulation of the cells that they connect to, there is a gross reduction in size and weight of the cerebellum compared to the rest of the brain in CA affected dogs.

These dogs» brains process things a bit differently, and confining them to a small space can often heighten their anxiety and stress levels.

Any time the seizures are too frequent they can cause a process call «kindling» in which further (non-epileptic) brain cells are affected adversely leading to the next set of seizures occurring even sooner or lasting longer.8 Eventually some dogs have very frequent clusters of seizures happening multiple time in one day, or go into a continuous seizure (status epilepticus) which is life threatening and can lead to permanent brain damage or death.

However, no studies to date have identified this effect, and from these findings it appears that processes in the brain responsible for age - related behavioural changes may progress more rapidly in smaller dogs.

Beyond the nose, the dog's brain is equipped to handle the extra processing required to interpret these chemicals / odors in the air around them.