It works with medical professionals and support staff across the South to raise and improve services
for brain injury patients and actively campaigns for change.
Not exact matches
In the practice of critical care medicine, we sometimes end up caring
for patients who have suffered severe illness or
injury and are deteriorating toward
brain death.
Many
patients who are diagnosed with mild traumatic
brain injury have diminished
brain function, headaches and other symptoms that last
for weeks or even months.
These complications are the medically - indicated reasons
for supplementation, which require hospitalization to limit and prevent further
brain injury, and they are nearly all preventable with ethically responsible monitoring,
patient education and earlier supplementation.
Concussion
patients have irregular
brain activity within the first 24 hours after their
injury but increased levels of
brain activity a few weeks later, which suggests that the
brain may compensate
for the
injury during recovery, a new study reports.
«What we're showing in this paper is that
patients who used a
brain - machine interface
for a long period of time experienced improvements in motor behavior, tactile sensations and visceral functions below the level of the spinal cord
injury,» he said.
Korley and collaborators around the country wanted to know if a blood test could better predict which
patients would have ongoing
brain injury - related problems, to provide better treatment
for them.
This new study of non-military, civilian trauma
patients visiting the emergency department builds on recent research conducted by Dr. Samadani, supported through the Cohen Veterans Center, which found that the use of this novel eye - tracking technology could reveal edema, or swelling, in the
brain as a potential biomarker
for assessing
brain function and monitoring recovery in people with head
injuries.
«These very important early clinical trials could provide hope
for patients with all sorts of neurologic problems that involve paralysis such as stroke,
brain injury, ALS and even multiple sclerosis.»
Researchers from the University of Houston have shown
for the first time that the use of a
brain - computer interface augmented with a virtual walking avatar can control gait, suggesting the protocol may help
patients recover the ability to walk after stroke, some spinal cord
injuries and certain other gait disabilities.
For the study, investigators performed continuous
patient monitoring following Do Not Resuscitate — Comfort Care orders in
patients with devastating
brain injury to investigate the mechanisms and timing of events in the
brain and the circulation during the dying process.
To date, there is no effective medical or cognitive treatment
for patients with traumatic
brain injuries.
Pape was inspired to launch the study based on families» feedback while she worked as a speech therapist
for coma
patients with traumatic
brain injuries.
But a new study from Tel Aviv University researchers points to an «enriched environment» — specially enhanced surroundings — as a promising path
for the rehabilitation of mild traumatic
brain injury (mTBI)
patients.
In humans, this region could be a target
for bringing some
brain injury patients out of a comatose state via electrical stimulation, says lead author Nigel Pedersen, MD, assistant professor of neurology at Emory University School of Medicine and an epilepsy specialist at Emory Brain Health Ce
brain injury patients out of a comatose state via electrical stimulation, says lead author Nigel Pedersen, MD, assistant professor of neurology at Emory University School of Medicine and an epilepsy specialist at Emory
Brain Health Ce
Brain Health Center.
Raising cultural awareness among researchers and clinicians is essential to developing
patient - centered interventions that reduce health disparities and improve outcomes
for all
patients with
brain injury.
Brain scans of a 23 - year - old woman who, in a traffic accident, sustained head
injuries so severe she met the clinical criteria
for a vegetative state are forcing many doctors to reconsider what they know about such
patients» awareness.
Researchers at the Basque Center on Cognition,
Brain and Language (BCBL) in San Sebastian and the London Imperial College have analyzed the architecture of brain injuries in stroke patients for more than three y
Brain and Language (BCBL) in San Sebastian and the London Imperial College have analyzed the architecture of
brain injuries in stroke patients for more than three y
brain injuries in stroke
patients for more than three years.
In 2013, U.S. emergency rooms received around 2.8 million
patients with traumatic
brain injuries, with nearly 50,000
patients dying, according to the U.S. Centers
for Disease Control and Prevention.
The study included 446
patients who suffered traumatic
brain injuries and underwent a urine test
for the presence of THC in their system.
«More research is needed to develop treatment protocols
for anemic
patients with traumatic
brain injuries,» said N. Scott Litofsky, M.D., chief of the MU School of Medicine's Division of Neurological Surgery and lead author of the study.
«The similarities in the
injuries between the two groups led to the conclusion that testing positive
for THC in the system is associated with a decreased mortality in adult
patients who have sustained traumatic
brain injuries.»
Using what are called
brain — machine interfaces (BMIs)-- essentially cyborg connections between prosthetic devices and the nervous system — researchers
for the first time were able to show that the process of learning to use a BMI - controlled device can trigger significant neurological recovery in
patients with chronic spinal cord
injuries.
The need
for ongoing care
for hearing - related issues was acknowledged in September 2014 when One Fund Boston, the charity created to accept and distribute donations to help those affected by the bombings, created the One Fund Center, which will serve
patients who have had difficulties with tinnitus and other hearing - related problems; mental health issues, including post-traumatic stress disorder and anxiety; and traumatic
brain injury and its associated symptoms such as headache, cognitive symptoms and balance difficulties.
«Anemia negatively affects recovery from traumatic
brain injuries: Finding lays foundation
for new treatment protocols
for anemic
patients.»
It's too early to say whether the method will be useful
for most apparently unaware and unresponsive
brain injury patients, however, says Nicholas Schiff, a neurologist at Weill Cornell Medical College in New York City who wasn't involved in the research.
A team of investigators at Wake Forest University in Winston - Salem, N.C., has developed a tool that accounts
for variables such as age and severity of
brain injury to help physicians and hospital staff calculate a
patient's likelihood of survival and returning to independence after hospital discharge.
The findings offer new hope
for millions of traumatic
brain injury patients, including thousands of veterans wounded in action in Iraq and Afghanistan.
Patients also face increased risk
for anxiety, depression,
injury,
brain damage, and in rare cases, death.
Researchers at Penn Medicine's Center
for Studies of Addiction have now found that the drug baclofen, commonly used to prevent spasms in
patients with spinal cord
injuries and neurological disorders, can help block the impact of the
brain's response to «unconscious» drug triggers well before conscious craving occurs.
Dr. Nishimura said, «Our result suggests that in the early stage after
brain injury including spinal cord
injury, it is important to motivate the
patients for promoting functional recovery in rehabilitation.
It is intended
for children with attentional difficulties or
patients recovering from
brain injuries such as concussions.
Ian Burkhart, a 23 - year - old quadriplegic from Dublin, Ohio, is the first
patient to use Neurobridge, an electronic neural bypass
for spinal cord
injuries that reconnects the
brain directly to muscles, allowing voluntary and functional control of a paralyzed limb.
As
for those
patients whose
brains are trapped in inanimate bodies, implants that pick up electrical impulses can already translate neural signals to control a cursor, move a wheelchair, or say hello, although they are not now suitable
for people with severe
brain injuries.
«fMRI, EEG may detect consciousness in
patients with acute, severe traumatic
brain injury: Massachussetts General study the first to search
for covert consciousness in ICU
patients.»
Efrati's earlier trials found HBOT induces neuroplasticity that leads to repair of chronically impaired
brain functions and improved quality of life
for post-stroke and mild traumatic
brain injury patients, even years after the initial
injury.
Researchers at the Sagol Center
for Hyperbaric Medicine and Research at the Assaf Harofeh Medical Center and Tel Aviv University were studying post-traumatic
brain injury patients when they realized hyperbaric oxygen treatment (HBOT) could help
patients with fibromyalgia.
The standard bedside neurological examination of
patients with serious
brain injuries may inaccurately indicate that a
patient is unconscious
for several reasons.
In addition to her expert skill as a clinician, Dr. Frontera also has many research interests including identifying biomarkers and predictors of early
brain injury and vasospasm / delayed cerebral ischemia after subarachnoid hemorrhage and their impact on outcome; determining the efficacy of therapeutic strategies and developing guidelines
for the management of
patients with intracranial hemorrhage; evaluating the cost, length of stay, quality of life, functional and cognitive outcomes in a broader population of intracranial hemorrhage
patients; developing guidelines
for the integration of palliative care into the intensive care unit setting; and evaluating the relationship of Zika virus infection, Guillain - Barre, and other neurologic disorders.
To see if their therapy can minimize the loss of
brain volume, they will scan and measure
patients»
brains for several months after the
injury.
Core areas of research at the institute include work on
brain - computer interfaces to aid
patients with spinal
injury and paralysis; innovative advances in computational neuroscience to address behavior and mood disorders; and research into mechanisms of cell death as part of efforts to identify therapies
for neurodegenerative diseases that include amyotrophic lateral sclerosis (ALS) and Alzheimer's.
Human Performance and Engineering (Research) to help conduct research activities
for several projects in human movement and rehabilitation
for traumatic
brain injury, multiple sclerosis, and cancer
patients.
For over 30 years, I have utilized various aspects of biofeedback in clinical practice, including treating
patients with common muscle imbalances,
patients with
brain and spinal cord
injuries, professional athletes and others.
Recovering from a catastrophic
injury (spinal cord or traumatic
brain) can be an overwhelming experience
for patients and families — emotionally, physically and financially.
i) The insured person is accepted
for admission, on an in -
patient basis, to a public hospital named in a Guideline with positive findings on a computerized axial tomography scan, a magnetic resonance imaging or any other medically recognized
brain diagnostic technology indicating intracranial pathology that is a result of the accident, including, but not limited to intracranial contusions or haemorrhages, diffuse axonal
injury, cerebral edema, midline shift or phneumocephaly.
That wing of the hospital — the sixth floor - is a neurological care unit, which is the site designated
for treatment of
patients with traumatic
brain injuries and neurological procedures.
Instead the
patient was released from the hospital the following day and his undiagnosed infection was allowed to spread
for the next two weeks, resulting in his permanent
brain injury.
To determine whether a
patient sustained a traumatic
brain injury, doctors look
for the symptoms listed above and conduct imaging tests to study the
brain.
Also
for concussion
patients, depending on
injury severity, are requested by physician
for no computer exposure
for several wks, etc.: the flipping of screen changes, screen scrolling up and down, is tiring when the
brain is recovering.
«Very few
patients suffering a traumatic
brain injury will have arrangements in place regarding their on - going day - to - day commitments,» according to Trevor Sterling, Moore Blatch partner
for medical relations.