Linear Head Motion Outperforms Rotational Acceleration in Predicting Concussion Risk
A study analyzing motion-sensing mouthguards across seven sports found that linear head acceleration is more predictive of concussion than rotational ...
A study analyzing motion-sensing mouthguards across seven sports found that linear head acceleration is more predictive of concussion than rotational ...
A review in Chinese Medicine evaluates preclinical evidence suggesting acupuncture may regulate mitochondrial homeostasis after traumatic brain injury, though direct ...
The Scandinavian Neurotrauma Committee has updated its clinical practice guidelines for adult head injury management by synthesizing evidence from over ...
UK Research and Innovation has backed five new national health technology hubs with over £52 million to accelerate early disease ...
A prospective study in the Egyptian Journal of Neurosurgery found a strong inverse correlation between optic nerve sheath diameter and ...
A letter to the editor argues that current evidence does not support a universal haemoglobin threshold of 7 g/dL for ...
Frontiers in Neuroscience retracted a 2023 article on hypothermia and glymphatic drainage in traumatic brain injury due to image integrity ...
A prospective clinical investigation demonstrates that acute post-traumatic endocrine shifts correlate with initial injury severity but do not independently forecast ...
High-speed X-ray cinematography of post-mortem human heads revealed that frontal impacts consistently produce larger peak intracranial displacements and strains than ...
A nationwide cohort analysis of South Korea's health insurance database found that establishing designated specialized rehabilitation hospitals increased post-acute length ...
A letter in Neurocritical Care argues that an odds ratio of 0.51 for traumatic brain injury mortality may reflect adjustment ...
A retrospective single-center study of 781 traumatic brain injury patients built a nomogram combining early chest CT ground-glass opacity and ...
Researchers identified trauma-associated microglia that persist chronically after mouse traumatic brain injury and drive exaggerated inflammatory responses and tissue damage.
A new review in Neurocritical Care traces how bedside brain monitoring is shifting from fixed blood flow limits toward individualized, ...
A new mouse study shows that traumatic brain injury alone triggers early Alzheimer-like protein variant buildup in wild-type animals, and ...
A prospective study of 46 polytrauma patients found that concomitant traumatic brain injury was not associated with higher systemic neutrophil ...
A rat study found that post-injury branched-chain amino acid supplementation partially restored thyroid hormones, vitamin D, calcium, and phosphorus levels ...
A retrospective study of 41 patients found that three baseline MRI features of the olfactory pathway stratified treatment response in ...
A narrative review proposes that severe traumatic brain injury compresses established pneumonia mechanisms into an early vulnerable window, explaining clustered ...
Untargeted metabolomics of cerebrospinal fluid small extracellular vesicles from severe TBI patients reveals distinct temporal metabolic changes at Days 1, ...
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