Not exact matches
Without those nerve endings and the feedback to the
brain, circumcised men suffer premature ejaculation (the # 1 sexual complaint of circumcised American men) and later
in life sexual
dysfunction and impotence.
In fact, for many years ADHD was called «minimal
brain damage» or «minimal
brain dysfunction.»
He said the abuse of Tramadol could result
in erectile
dysfunction, infertility,
brain damage among others.
The latter substance, phosphorylated tau, is responsible for neurofibrillary tangles, which are suspected of contributing to the nerve cell
dysfunction in the
brain that is responsible for Alzheimer's memory symptoms.
«As a
dysfunction in the ability of the
brain to regulate the communication of information between
brain regions,» Khambhati said, «seizures can be thought of as a traffic flow problem.
In an earlier study published in Nature Medicine, an international team of scientists discovered that the additional copy of chromosome 21 in Down's syndrome reduces the production of SNX27 in the brain and results in synaptic dysfunctio
In an earlier study published
in Nature Medicine, an international team of scientists discovered that the additional copy of chromosome 21 in Down's syndrome reduces the production of SNX27 in the brain and results in synaptic dysfunctio
in Nature Medicine, an international team of scientists discovered that the additional copy of chromosome 21
in Down's syndrome reduces the production of SNX27 in the brain and results in synaptic dysfunctio
in Down's syndrome reduces the production of SNX27
in the brain and results in synaptic dysfunctio
in the
brain and results
in synaptic dysfunctio
in synaptic
dysfunction.
Chemically intolerant individuals also show
dysfunction in brain imaging on a SPECT scan, which tracks blood flow through tissue.
«We now have a handle on the detailed structure of a complex web of interactions that causes global
dysfunction in cells resulting
in degeneration of the
brain.»
«While dopamine has limited reach
in the
brain, any
dysfunction in glutamate would be expected to have the sort of widespread effects we see
in the perceptual disorders associated with schizophrenia,» says Albright.
Similar types of more severe cognitive
dysfunction are common
in brain cancer patients who have received high - dose, photon - based radiation treatments.
«The role of IL - 2
in delirium is a new finding and is particularly interesting since it was reported to induce blood -
brain barrier
dysfunction in animal models,» she added.
The circuit incorporates
brain regions involved
in reward and pleasure, leading the authors to consider that social
dysfunction may stem from reduced enjoyment
in social interaction.
This suggests that TBI may trigger a vicious cycle,
in which
brain injury causes gut
dysfunction, which then has the potential to worsen the original
brain injury.
Professor Kieran Murphy, Head of Department of Psychiatry, RCSI and Consultant Psychiatrist at Beaumont Hospital, said: «We have shown for the first time that
dysfunction of the blood -
brain barrier may be an important factor
in the development of schizophrenia.
This new study builds on previous research from this group showing that elevated blood levels of SNTF on the day of a mild traumatic
brain injury treated
in the emergency room predicted those patients who would go on to suffer diffuse axonal injury and long - term cognitive
dysfunction.
The findings, published
in the Nov. 19 Journal of Neuroscience, could shift researchers» attention from the spinal cord to the
brain's motor cortex as the disease's initial point of
dysfunction.
The differences
in fear sensitivity are likely to be innate, at least
in part:
dysfunction in the amygdala, a
brain area important for processing fear, has previously been linked to psychopathic behaviour, and genetic factors must underlie some of these differences.
«The imaging technique could shed light on the immune
dysfunction that underpins a broad range of neuroinflammatory diseases, such as Alzheimer's disease, depression, post-traumatic stress disorder and addiction,» said Christine Sandiego, PhD, lead author of the study and a researcher from the department of psychiatry at the Yale School of Medicine
in New Haven, Conn. «This is the first human study that accurately measures this immune response
in the
brain.
«We have shown that just six weeks
in an enriched environment can help animals recover from cognitive
dysfunctions after traumatic
brain injury,» said Prof. Pick.
Concussions that lead to lasting
brain dysfunction cause SNTF to accumulate
in vulnerable long axon tracts of the
brain, and its blood elevation is a measure of this diffuse axonal injury.
Dysfunction in dopamine signaling profoundly changes the activity level of about 2,000 genes
in the
brain's prefrontal cortex and may be an underlying cause of certain complex neuropsychiatric disorders, such as schizophrenia, according to UC Irvine scientists.
This kind of progressive speech impairment is associated with
dysfunction in the cortical - basal ganglia
brain circuit
in both humans and songbirds, so Liu could make assumptions based on this trial about how the human
brain circuit changes.
Developing such biomarkers to assess
brain dysfunction will be a challenge, but
in the same issue you draw attention to the excellent work of Abdul Hye and his colleagues who are developing a test to detect protein biomarkers for Alzheimer's disease
in blood (p 5).
«A
dysfunction in the
brain messenger dopamine is common to both Parkinson's and RLS, and has been hypothesized as a possible cause of migraine for many years.
«Repetitive blast exposure causes cerebellar
dysfunction in combat veterans: Researchers help bridge knowledge gap
in brain injuries.»
Huntington's disease, for example, is caused by aggregating proteins inside
brain neurons that ultimately lead to motor
dysfunction, personality changes, depression and dementia, usually progressing rapidly after onset
in people's 40s.
Using this imaging technology, we may be able to capture more precise and objective measurements of olfactory
dysfunction and better understand how changes
in these sensory neurons relate to overall health and neurodegeneration
in the
brain.»
Published
in Nature Neuroscience, the findings suggest that astrocytes — star - shaped cells that are abundant
in the
brain and support neuronal function — are important regulators of information storage, and their
dysfunction might lead to memory decline
in disease.
It is also suggested that further elucidation of the mechanism linking mastication and
brain function can lead to novel treatments and preventive measures for memory / learning
dysfunction in the future.
The grand symphonic piece that is consciousness encompasses the foundational contributions of the
brain stem, forever hitched to the body, and the wider - than - the - sky imagery created
in the cooperation of cerebral cortex and subcortical structures, all harmoniously stitched together,
in ceaseless forward motion, interruptible only by sleep, anesthesia,
brain dysfunction, or death.
Researchers with Oregon Health & Science University's Vollum Institute have given science a new and unprecedented 3 - D view of one of the most important receptors
in the
brain — a receptor that allows us to learn and remember, and whose
dysfunction is involved
in a wide range of neurological diseases and conditions, including Alzheimer's, Parkinson's, schizophrenia and depression.
In particular, obesity has been linked with dysfunction of the hippocampus, an area of the brain involved in memory and learning, and of the frontal lobe, the part of the brain involved in decision making, problem solving and emotions, suggesting that it might also affect memory; however, evidence for memory impairment in obesity is currently limite
In particular, obesity has been linked with
dysfunction of the hippocampus, an area of the
brain involved
in memory and learning, and of the frontal lobe, the part of the brain involved in decision making, problem solving and emotions, suggesting that it might also affect memory; however, evidence for memory impairment in obesity is currently limite
in memory and learning, and of the frontal lobe, the part of the
brain involved
in decision making, problem solving and emotions, suggesting that it might also affect memory; however, evidence for memory impairment in obesity is currently limite
in decision making, problem solving and emotions, suggesting that it might also affect memory; however, evidence for memory impairment
in obesity is currently limite
in obesity is currently limited.
For example, how genetic programs affect the function of specific cell types, how they vary early or later
in life and how
dysfunction in these programs might contribute to disease, all of which could help scientists learn more about the fundamental workings of the
brain.
Every year, nearly two million people
in the United States suffer traumatic
brain injury (TBI), the leading cause of
brain damage and permanent disabilities that include motor
dysfunction, psychological disorders, and memory loss.
With the former it is possible that something similar genetically underlies both ADHD and obesity; Castellanos and his colleagues note that
dysfunction in the dopamine pathways of the
brain have been found among both people who are obese and those with ADHD.
In humans, the cerebellum's extensive connectivity with the rest of the brain suggests it does far more than learn motor skills: it has been shown to have a part in both perception and cognition, with recent work linking cerebellar dysfunction to such complex diseases as schizophrenia and autis
In humans, the cerebellum's extensive connectivity with the rest of the
brain suggests it does far more than learn motor skills: it has been shown to have a part
in both perception and cognition, with recent work linking cerebellar dysfunction to such complex diseases as schizophrenia and autis
in both perception and cognition, with recent work linking cerebellar
dysfunction to such complex diseases as schizophrenia and autism.
The volume of gray matter is a measure of
brain health, but the amount of gray matter
in the
brain often begins to decrease
in late adulthood, even before symptoms of cognitive
dysfunction appear.
Damage to astrocytes — star - shaped cells found
in the
brain and spinal cord — is found
in many neurodegenerative conditions, but it's been unclear exactly what role astrocyte
dysfunction plays
in the development of disease.
In contrast to targeting genetic sources of
dysfunction, Levin believes electrical manipulation could serve as a larger - level and more efficient control dial for
brain development.
Moreover, the
brain's two dozen or so connector hubs play a key role
in complex cognitive tasks, and are vulnerable to
brain damage and
dysfunction.
In soldiers who survive traumatic
brain injury from blast exposure, pituitary
dysfunction after their blast injury may be an important, under - recognized, and potentially treatable source of their symptoms, a new study finds.
In doing so, they may have left our
brains prone to occasional complex
dysfunction — but also capable of biomedical research aimed at one day curing the ailing
brain.
«And many studies of the
brain and central nervous system, using imaging, EEG and other objective measures of
brain structure and function, add to the existing evidence that central nervous system
dysfunction is a critical element
in the disorder.
The ultimate goal is to better understand how the billions of neurons
in the
brain communicate with one another during normal
brain function, or
dysfunction, as result of injury or disease.
Like humans with AD, hAPP mice have elevated levels of amyloid β (Aβ) peptides
in the
brain, network and synaptic
dysfunction, and amyloid plaques (9).
Research Interests: Clinical pharmacology of anticancer agents; early phase drug development; drug tolerability
in cancer patients with HIV / AIDS; drug tolerability
in cancer patients with organ
dysfunction; blood -
brain barrier penetration of drugs.
We aim to identify molecular, circuit, and network mechanisms of cognitive
dysfunction and to develop novel therapeutic approaches to restore
brain functions
in AD and related disorders.
The more we understand about how natural variation
in the vertebrate genome shapes the development and function of the
brain, the better insight we can have into how behavioral patterns evolve, and how disruption to neurogenetic pathways can lead to
brain and behavioral
dysfunction.
Recent large - scale efforts have launched a new generation of studies that aim to identify the molecular and cellular characteristics of the
brain and how these translate into normal
brain function — or,
in the case of disease,
dysfunction.
His research interests include cognitive
dysfunction in aging, dementia, and Alzheimer Disease, concussion recovery, neuropsychiatric syndromes, and traumatic
brain injury.