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Showing 1-13 of 13 trials
NCT06725108
The goal of this observational study is to explore the relationship of heart function with the course and outcomes after traumatic brain injuries and nontraumatic intracerebral hemorrhage. The goal is to explore association between routinely collected hemodynamic and brain monitoring data. Participants already taking intervention A as part of their regular medical care and the investigators will follow up with participants 6 months after discharging the hospital.
NCT06734026
The goal of this study is to learn if a enhanced environment (Metro Café) with multi model approach (an approach that combines several therapies) in chronic traumatic brain injury improves outcomes of recovery better than traditional therapy. The main questions it aims to answer are: * Determine the amount of therapy dosage (speech, cognition, arm and leg movements) obtained during the Metro Café therapy session. * Evaluate the connection between environmental enrichment dosage (the Metro Café) and clinical outcome scores. Researchers will compare Metro Café Treatment to those who do not receive this treatment to see if better improvements in function after a traumatic brain injury are seen in the Metro Café Treatment Participants will train in the Metro Cafe during the 2-month gap between assessments, for a total of 18 training sessions, each up to 2 hours, 3 times per week. Participants will greet and serve customers drinks and snacks, maintain food supplies at the counters and performs housekeeping tasks with advice and assistance from a supervising researcher as needed,
NCT06723743
This clinical trial aims to evaluate whether transcutaneous auricular vagus nerve stimulation (taVNS), a non-invasive brain stimulation method, can improve attention and memory in veterans with traumatic brain injury (TBI) and depression and/or posttraumatic stress disorder (PTSD). The study seeks to answer two main questions: 1. Can active taVNS improve attention and memory compared to sham (placebo) stimulation? 2. Does taVNS affect heart rate variability (HRV)? taVNS delivers a gentle electrical current to the vagus nerve through electrodes placed on the ear, targeting brain areas involved in attention and memory without requiring surgery. This study uses a crossover design, meaning all participants will experience two sessions: one with active taVNS and one with sham stimulation. The sham session feels similar but does not deliver actual stimulation, allowing researchers to compare the two and understand taVNS's effects on the brain. In a single visit, participants will: * Complete eligibility screening (questionnaires and vital signs). * Undergo two sessions (one active and one sham), randomly assigned. * Perform attention tasks before and after each session. * Have their heart rate monitored during the sessions. The findings will help determine whether taVNS could be an effective treatment for improving attention and memory in veterans with TBI.
NCT07072624
Rationale/gaps in existing knowledge: The prophylaxis for post-traumatic seizures (PTS) remains controversial due to a lack of class I evidence. Investigators plan to conduct a high-quality, prospective, multicentric, randomized study regarding seizure prophylaxis in traumatic brain injury (TBI) with phenytoin, levetiracetam, and the placebo in three respective treatment groups, along with the effect of drug polymorphism on seizure occurrence. Novelty: Literature is scarce regarding the ideal management of early PTS in traumatic brain injury (TBI), a major public health problem. Further, no study has evaluated the effect of genetic polymorphism on seizure occurrence in traumatic brain injury. This Multicentric study will be the first of its kind, not only in India but also globally. Objectives: To evaluate the seizure incidence \& efficacy of the respective anti-epileptic drug in each treatment arm. Assessment of clinical \& functional outcomes, safety profile, and cost-effectiveness in each group. Effect of genetic polymorphisms on seizure incidence among study participants Methods: A Multicentric prospective randomized placebo-controlled double-blinded clinical trial is planned. After satisfying eligibility criteria and informed consent, TBI patients will be randomly allocated into three arms 'phenytoin arm', 'levetiracetam arm', and 'placebo'. Drug polymorphism will be analyzed in all the patients using quantitative real-time PCR. Expected outcome: This study will provide high-quality evidence in PTS management and will establish the role of prophylactic anti-epileptics in PTS. This study also opens the plethora of undesignated roles of genetic polymorphism in the efficacy and safety of levetiracetam and phenytoin in traumatic brain injury patients.
NCT06713538
In France, 155,000 traumatic brain injuries (TBIs) are treated annually, representing a major public health challenge. The sequelae vary depending on the lesions and include a range of motor disorders as well as complex cognitive and psycho-behavioral impairments that significantly affect autonomy. Psycho-behavioral disorders are present in 75% of cases and hinder the process of social reintegration. The relationships between quality of life, social functioning, and psycho-behavioral profiles raise significant questions within the scientific and medical communities, emphasizing the need for the development of specific care programs for this population. While non-pharmacological interventions are recommended as a first-line approach at all stages of care, existing therapeutic programs have not demonstrated sufficient effectiveness. As maintaining TBI patients within their communities becomes a priority, aligned with ministerial and HAS (French National Health Authority) recommendations, equine mediation appears to hold significant potential, particularly for addressing psycho-behavioral disorders. These therapeutic techniques have gained considerable traction in recent years, with literature reviews indicating effectiveness across diverse populations (e.g., Autism, Mental Health). However, to our knowledge, no studies have evaluated the potential benefits of equine mediation for TBI patients. In light of these observations, the EPONA study aims to assess the impact of a standardized horse-assisted therapeutic program on the evolution of the psycho-behavioral profile of TBI patients. The secondary objectives of the study are to measure the impact of this program on the evolution of motor and cognitive profiles, psychological pain, the level of autonomy, social participation, and quality of life. The primary judgment criterion evaluates the psycho-behavioral profile Brief-A Behavioral Regulation Index Roth 2005 The secondary judgment criteria evaluate impairments activity limitations and participation restrictions For impairments we analyze the cognitive profile with the questionnaire Brief-A Roth 2005 the balance via the Timed Up and Go test the psychological pain with the Rosenberg Self-Esteem Scale Rosenberg 1965 and anxiety via the Hospital Anxiety and Depression Scale Zigmond 1983 For activity limitations we evaluate walking with the Six-Minute Walk Test Guyatt 1985 as well as the level of functional independence Calmels 2009 For participation restrictions we evaluate social participation with the MHAVIE scale Fougeyrollas 2003 as well as quality of life using the QoLIBRI Von Steinbüchel 2005 and CSQ-8 Larsen 1979 scales. For this single-blind randomized study, 50 traumatic brain injury subjects will be recruited at the Hôpital de la Musse Saint Sébastien de Morsent. Depending on the randomization, patients will be assigned either to the experimental group or the control group. For the experimental group, patients will undergo 12 sessions of equine mediation, with 2 sessions of 90 minutes per week for 6 weeks. For the control group, patients will undergo 12 sessions of physical activity, with 2 sessions of 90 minutes per week for 6 weeks.
NCT06899711
Patients that undergo decompressive craniectomy are at risk of delayed changes in brain function known as "Sunken Flap Syndrome" or "Syndrome of the Trephined." The goal of this clinical trial is to see if placing a prosthetic over patients' skull defects can prevent "Sunken Flap Syndrome." The main questions are: 1. Can placing a prosthetic device over patients' skull defects prevent Sunken Flap Syndrome? 2. Can placing a prosthetic device over patients' skull defects decrease healthcare costs? 3. Can placing a prosthetic device over patients' skull defects improve recovery and return of brain function after decompressive craniectomy? Patients that experience traumatic brain injuries, brain bleeds, and large strokes can build up high levels of pressure in the skull. When this pressure can't be controlled with medications, a life-saving surgery called a decompressive hemicraniectomy (DC) is often performed. In this surgery, a large portion of the patient's skull is removed to decrease pressure on the brain and decrease permanent damage. After this surgery, many patients experience sinking of the brain in the skull as the pressure inside the head improves. The skull normally protects the brain from the outside environment. When large parts of the skull are removed, the brain is not able to regulate itself normally. This can lead to a number of problems, such as headaches, weakness, seizures, and even coma and permanent brain damage. This is referred to as "Sunken Flap Syndrome" (SFS) or "Syndrome of the Trephined" (SoT). After 3-6 months, patients can have the missing skull surgically repaired, which improves and sometimes fixes SFS, but the damage is sometimes too severe to be reversed. There are reports of patients with SFS treated with custom-made prosthetics that cover the missing piece of skull. In this study, the researchers want to see if wearing a custom-made prosthetic can prevent patients from experiencing SFS. Patients will also receive additional non-invasive measurement to see if the prosthetic can improve brain function and recovery. Finally, the researchers want to know if the prosthetic is cost-effective by decreasing the frequency that patients see doctors or receive care to treat SFS. Patients or the patient's medical decision makers will be asked if the patient wants to participate in the study after DC. If the patient or decision maker agrees to participate, the patient will be also asked if the patient wants to wear the prosthetic. The prosthetic is made of a common material used in other facial prosthetics. Patients that agree to wear the prosthetic will have a custom plate made for the participant. All patients will receive the same post-operative care and appointments whether or not the prosthetic is worn. The participant will go to the normally scheduled post-operative doctor's appointments at 2 and 4 weeks after initial DC surgery. Patient's that agree to wear the prosthetic will receive it at the 4-week post-DC appointment. The participant will then be asked to wear it as much as possible, but to let the researchers know if the participant experiences any pain, itching, discomfort or other problems. All patients will also be seen by the patient's physician before and after and after skull repair. At all appointments, patients will receive non-invasive testing of brain function. Recovery and rate of SFS will be compared between patients that do and do not wear the prosthetic. Participants will: * Go to the normally scheduled 2 and 4 week post-DC appointments * Go to the normally scheduled pre- and post-skull repair appointments * Receive additional non-invasive brain health testing at each appointment Participants that agree to wear a prosthetic will: * Receive the custom prosthetic at the 4-week post-DC appointment * Wear the prosthetic as much as possible, including at night * Take a brief survey about the prosthetic at the post-skull repair appointment
NCT06914310
Memantine has shown promise in mitigating secondary brain injury in previous studies. One study demonstrated that early memantine administration in moderate TBI patients resulted in lower serum neuron-specific enolase levels and improved Glasgow Coma Scale scores. However, other trials investigating memantine's impact on long-term cognitive function in TBI patients have yielded mixed results. There is a need for well-controlled studies to determine the efficacy of memantine in improving neurological and cognitive outcomes in patients with TBI.
NCT06830616
The goal of this observational study is to learn about the brain imaging changes associated with concussion using a very detailed (7T) MRI scanner. To do this, the investigators will study 7T MRI brain imaging in patients aged 18-40 who present to the Emergency Department within 96 hours of a head injury. Patients will be eligible if they have had a normal CT brain as part of their usual care. The investigators will compare brain imaging from patients who have completely recovered from an episode of concussion to patients who still have significant symptoms at approximately 28 days after a head injury. The study attempts to answer the following questions: 1. Do patients with ongoing symptoms after concussion show greater 7T MRI brain imaging evidence of changes to the blood vessels at approximately 28 days after their injury in comparison to patients who have recovered fully? 2. Do patients with ongoing symptoms after concussion show greater 7T MRI brain imaging evidence of changes in brain signaling pathways at approximately 28 days after their injury, in comparison to patients who have recovered fully?
NCT04930146
Traumatic brain injury (Traumatic brain injury, TBI) can be derived from various forms of injury, including blunt trauma, penetrating or acceleration/deceleration force caused by head injury.There are some study data show that acupuncture treatment has a superficial effect on the prognosis of traumatic brain injury and can limit the progression of secondary brain injury, but the effect of early bloodletting at the Jing-points on TBI patients still unknown. In our study, the investigators have proposed a randomized, controlled study design and plan to evaluate the efficacy and safety of Jing-point puncture to improve consciousness and neurological function in patients with TBI. In addition, an objective meridian instrument analysis was added to analyze the energy distribution in the meridian of TBI patients.
NCT01891383
The objective of this study is to measure the frequency and clinical types of mild cognitive impairment (MCI) or dementia that occur among up to 150 military retirees with and without a history of traumatic brain injury (TBI) among residents of the Armed Forces Retirement Home, Washington D.C. and the Veterans Home of California-Yountville. Investigators will compare the characteristics of dementia in those who have had a prior TBI to the characteristics in those without a history of TBI. It is our hypothesis that the dementia or MCI among those with prior TBI has distinct neuropsychological features that distinguishes it from those with dementia or MCI without a history of TBI.
NCT02878577
This project, will combine the data collected from existing and innovative technologies: fMRI scans, mapping brain connectivity using EEG in combination with eye-tracking technology (the BNA technology developed by ELMINDA), characterizing of cortical layers using magnetic resonance (the CoLI technology developed by Tel-Aviv University), and DTI imaging (imaging of brain tracks). To do so, Sheba's Medical Center, Tel Hashomer, joined the project and is responsible for recruiting patients from the Department of Neurosurgery and Department of Rehabilitation and also is responsible for performing the needed tests.
NCT02524067
This study examines the effect of an intervention consisting of dynamic circadian light and sound therapy, as well as systematic information on sleep pattern, agitated behavior and functioning level.
NCT01759173
Currently, there is no direct, reliable, bed-side, and non-invasive method for assessing changes in brain activity associated with concussion. Event Related Potentials (ERPs), which are temporal reflections of the neural mass electrical activity of cells in specific regions of the brain that occur in response to stimuli, may offer such a method, as they provide both a noninvasive and portable measure of brain function. The ERPs provide excellent temporal information, but spatial resolution for ERPs has traditionally been limited. However, by using high-density electroencephalograph (EEG) recording spatial resolution for ERPs is improved significantly. The paradigm for the current study will combine neurophysiological knowledge with mathematical signal processing and pattern recognition methods (BNA™) to temporally and spatially map brain function, connectivity and synchronization. The proposed study will provide additional evidence for the utility and contribution of the BNA™ test (reflecting temporal and spatial changes in brain activity as well as brain functional connectivity associated with concussion) in concussion management.