Cambridge, MA About Blog The McGovern Institute for Brain Research at MIT is led by a team of world - renowned neuroscientists committed to meeting two great challenges of modern science: understanding how the brain works and discovering new ways to prevent or
treat brain disorders.
Cambridge, MA About Blog The McGovern Institute for Brain Research at MIT is led by a team of world - renowned neuroscientists committed to meeting two great challenges of modern science: understanding how the brain works and discovering new ways to prevent or
treat brain disorders.
Cambridge, MA About Blog The McGovern Institute for Brain Research at MIT is led by a team of world - renowned neuroscientists committed to meeting two great challenges of modern science: understanding how the brain works and discovering new ways to prevent or
treat brain disorders.
Cambridge, MA About Blog The McGovern Institute for Brain Research at MIT is led by a team of world - renowned neuroscientists committed to meeting two great challenges of modern science: understanding how the brain works and discovering new ways to prevent or
treat brain disorders.
Both are being used to prevent and reverse dementia, improve cognitive function, increase human growth hormone (hGH) release, and to
treat brain disorders such as damage from stroke.
If this is true, our attempt to
treat brain disorders by controlling brain chemistry with psychiatric or psychotropic drugs (the second most prescribed class of drugs after cholesterol medication) is doomed to be ineffective.
MAZMANIAN: Another big question is whether we can
treat brain disorders, such as autism, by aiming therapies at the gut.
Three researchers, Tracy Bale, Christopher Lowry and Sarkis Mazmanian, discuss the emerging gut - microbiome - brain connection and whether microbes may help
us treat brain disorders.
Lipska hopes that her experience and her book can help break down the stigma attached to mental illness, and help health care professionals begin to better
treat brain disorders.
This technology may someday change how
we treat brain disorders.
Such knowledge would be invaluable for developing important clinical innovations to help diagnose and
treat brain disorders as wide ranging as depression, stroke and paralysis.
Drugs used to
treat brain disorders often interact with brain chemicals called neurotransmitters or the cell receptors that interact with neurotransmitters.
Although researchers worldwide were publishing tens of thousands of neuroscience studies every year, neither our understanding of basic brain functions nor our ability to
treat brain disorders seemed to be progressing much.
If they are successful, this means that neural motes can not only monitor health, but actively serve as electroceutical therapies to
treat brain disorders such as epilepsy.
This is the first time the technique has been used to
treat a brain disorder, Kullmann says.
Dr. Mark Hyman's latest book, The UltraMind Solution (Scribner's, 2009) presents a highly convincing argument, backed by hundreds of peer - reviewed studies published within the last five years, for the validity of a functional medicine approach to
treating brain disorders of all types.
Dr. Mark Hyman's latest book, The UltraMind Solution (Scribner's, 2009) presents a highly convincing argument, backed by hundreds of peer - reviewed studies published within the last five years, for the validity of a functional medicine approach to
treating brain disorders of all... read more
We are now
treating brain disorders, dementia, autism, skin issues, asthma — all by targeting the gut and gut bacteria.
Not exact matches
Such research could one day help lead to next - generation
brain - machine interfaces for controlling prosthetics, exoskeletons and robots, as well as «electroceuticals» to
treat disorders of the
brain and body.
The technology could also be used to alter
brain functions to
treat neurological or mental
disorders.
The gold - polyurethane material could someday be used in the form of implantable electrodes in the
brain for
treating movement
disorders or in the heart to help regulate cardiac activity.
Eric Topol speaks with Edward Boyden about the promise of optogenetics, from
treating common
brain disorders to unlocking what it means to be human.
Cerebral palsy is a neurologic
disorder treated at Floating Hospital for Children in Boston that is caused by an injury or disruption in the child's developing
brain that can affect their body movement, cognition and posture.
By accelerating discovery, we are leading the way to a better understanding of the developing
brain and changing the way the world understands and
treats children who struggle with mental health and learning
disorders.
Our research is transforming the way we
treat children with mental health and learning
disorders, and leading the way to a better understanding of the developing
brain.
Our research is unlocking the secrets of the developing
brain and changing the way we diagnose and
treat mental health and learning
disorders.
The findings, in mice, suggest we may be able to read people's memories by examining the patterns in their
brains, and even one day alter or repair them to
treat psychiatric
disorders or memory loss.
This work could guide medical science by pointing researchers in the direction of other molecules that could be used to
treat disorders of the
brain, Slot said.
Researchers use a
brain - scanning technique to find differences in the neural connections of PTSD patients that could help researchers understand and
treat the
disorder
Then, Feng recognized a novel opportunity to directly measure whether tDCS generates EFs in deep
brain areas among patients with movement
disorders such as Parkinson's disease, who are often
treated by implanting DBS electrodes.
It is still a long road to approved therapies but a growing body of basic research is fueling a search for drugs that interact with cellular cleanup processes to provide one - size - fits - all approaches for
treating a megaclass of
brain disorders.
Experts say these findings provide a new window into the way the
brain operates and why certain enigmatic
disorders such as autism and Alzheimer's disease may develop, potentially paving the way for new therapies to
treat them.
A groundbreaking therapy, relying on mindfulness meditation to
treat obsessive compulsive
disorder, suggests even adult
brains have neuroplasticity.
A new analysis of existing studies strongly supports the idea that there are increased levels of chemicals, called cytokines, in the body and
brain that promote inflammation in individuals who are contemplating or have attempted suicide, even when compared to patients being
treated for the same psychiatric
disorders who are not suicidal.
«That's important, because elucidating
brain plasticity during learning could lead to new avenues for
treating learning and movement
disorders, including Parkinson's disease.»
A recent study published in Annals of Neurology reports that healthy human tissue grafted to the
brains of patients with Huntington's disease in the hopes of
treating the neurological
disorder also developed signs of the illness, several years after the graft.
In the past decade, a handful of discoveries have unleashed a flood of research into ways neural stem cells can be used for
treating degenerative
brain disorders and for
brain repair.
By doing so, members of Gould's laboratory pinpointed
brain cells and regions important to anxiety regulation that may help scientists better understand and
treat human anxiety
disorders, she said.
Neuroscientists are now using optogenetics to map
brain activity and test the effectiveness of an on / off switch in
treating disorders.
Other companies, including Pfizer, based in New York, have invested in nicotinic - receptor modulators to
treat Alzheimer's disease and attention - deficit hyperactivity
disorder (see Aiming at the
brain's nicotine receptors).
However,
treating stress - related
disorders requires accessing the
brain's emotional hub, the amygdala, which is located deep in the
brain and difficult to reach with typical neurofeedback methods.
By getting down to synaptic levels in the
brain — even if only in mice — the researchers seem to have taken a step toward explaining why omega - 3 trials in humans have shown some success in
treating mood
disorders.
«Our research should stimulate renewed clinical interest in developing glucocorticoid therapies to
treat blast - induced traumatic
brain injury (bTBI) and other
disorders of the central nervous system,» Morrison says.
These results are the first implication that Lef1 functions in the hypothalamus to mediate behavior, knowledge that could prove useful for diagnosing and
treating human
brain disorders.
Until the last few decades, the frontal lobes of the
brain were shrouded in mystery and erroneously thought of as nonessential for normal function — hence the frequent use of lobotomies in the early 20th century to
treat psychiatric
disorders.
Stimulating neurons deep within the
brain can help
treat conditions such as Parkinson's disease and obsessivecompulsive
disorder, but right now patients must undergo invasive electrode implants.
Neurosurgeons at Barrow Neurological Institute in Phoenix are involved with testing the viability of deep
brain stimulation (DBS) to
treat Alzheimer's disease, a
disorder that currently has few treatment options.
«Novel viral vectors deliver useful cargo to neurons throughout the
brain and body: The viruses reach their targets via the bloodstream and could be used to
treat neural
disorders.»
Researchers believe they have learned how mutations in the gene that causes Huntington's disease kill
brain cells, a finding that could open new opportunities for
treating the fatal
disorder.
The cover story on novel ways of
treating disorders of the
brain (9 April, p 35) stated that «until recently...