All articles tagged with #traumatic brain injury
A camera-shy dad and his daughter, Emily, rose to fame on TikTok with the 'Dad Advice' series, offering practical tips and emotional support. Their videos connected them with a global community that shares therapies, hope for new treatments, and funds for Emily’s ongoing care after a traumatic brain injury and cancer, giving the family purpose and renewed optimism.
A Cell Reports study in mice and human brain endothelial cells found that long-term fish oil supplementation high in EPA may reduce brain repair capacity and promote tau accumulation after repeated mild TBIs, while DHA showed no similar effect. The results suggest context-dependent effects of omega-3s on brain healing and are not yet proven in humans; individuals with a history of repeated head injuries should discuss fish oil use with a clinician.
A mouse study found that EPA, an omega-3 in fish oil, can impair blood vessel repair and worsen cognitive recovery after mild traumatic brain injury, while DHA did not have this effect. EPA also accumulated in the brain and was linked to toxic tau buildup, suggesting a context-dependent risk with EPA-containing supplements. Relevance to humans remains uncertain, but the findings highlight the need for precision nutrition and further trials.
A Cell Reports study in mice with repetitive traumatic brain injuries found that high brain levels of EPA from fish oil can impair blood-vessel repair and increase vulnerability to cognitive decline and abnormal tau buildup, while DHA remained neutral; results are preliminary and mostly in animals, so human relevance is unclear and effects may depend on context.
A MUSC study published in Cell Reports shows that EPA, an omega-3 fatty acid in fish oil, can hinder brain repair after repetitive mild traumatic brain injuries, while DHA remains generally beneficial; in mice and human endothelial cells EPA reduced repair and angiogenesis, with postmortem CTE tissue showing related lipid and vascular changes. The authors caution that omega-3 effects are context-dependent and not universally protective, urging more research into precision nutrition and EPA handling in the brain.
Evangeline Lilly revealed she sustained brain damage after fainting and hitting her face on a boulder in Hawaii, with scans showing decreased brain function, and she is now working with doctors to recover.
Evangeline Lilly revealed she suffered a traumatic brain injury after falling at the beach in Hawaii, which has led to decreased brain function, and she is now working with doctors to address the issue, viewing the incident as a necessary reset in her life.
Axoft, a Harvard-founded startup, is developing a soft, biocompatible neural probe that minimizes brain damage and scar tissue formation, enabling more accurate and long-term brain activity monitoring, especially for patients with traumatic brain injuries. The innovative device, made from a new material called Fleuron, can host thousands of sensors and is progressing through clinical trials with plans for FDA approval by 2028.
A study from the University of Glasgow found that women who experience domestic violence, especially physical abuse, are at increased risk of traumatic brain injury and mental health issues like depression, anxiety, and PTSD, with these risks persisting for decades after the abuse. The research highlights the long-lasting impact of intimate partner violence on brain health and underscores the need for targeted interventions and further research.
A California couple, Cody Bryant and Haley Woloshen, nearly missed their chance at love after Bryant was left in a coma from a moped accident in Ibiza, causing him to forget their initial bond. Despite the challenges, including Bryant's partial paralysis and memory loss, the couple rekindled their relationship and Bryant made significant strides in his recovery, even summiting a volcano in Guatemala with Woloshen's support. They now share their journey to raise awareness about traumatic brain injuries.
A new study reveals that about 13% of U.S. seniors will experience a traumatic brain injury, often due to falls, over an 18-year period. These injuries increase the risk of serious conditions like dementia and Parkinson's disease. The study found that healthier, wealthier, and more active seniors are at higher risk, possibly due to their increased engagement in activities. The findings highlight the importance of safety measures to prevent falls among older adults.
A study by UCSF and the San Francisco VA Health Care System found that wealthier, healthier, and more active seniors have a higher risk of traumatic brain injury (TBI), often from ground-level falls. This contradicts previous findings in younger populations and underscores the need for tailored post-TBI care and preventative measures. The study, published in JAMA Network Open, highlights the importance of optimizing safety for active older adults to prevent serious conditions like dementia and cardiovascular disease.
Low-level light therapy using a near-infrared light helmet has shown promise in enhancing brain connectivity in patients with moderate traumatic brain injury within two weeks of treatment, suggesting potential applications for other neurological conditions like PTSD, depression, and autism.
Gun injuries and mortality among U.S. children are on the rise, with firearms now being the leading cause of death for children and teenagers. Survivors of gunshot injuries, like 13-year-old Aaron Hunter, face lifelong challenges such as disability, pain, mental trauma, and financial burdens. The increase in nonfatal firearm injuries among minors is alarming, with traumatic brain injuries affecting the entire body and leading to ongoing physical and mental health issues. The road to recovery involves months of rehabilitation, ongoing medical monitoring, and significant impact on the entire family.
Lab-grown minibrains, known as cerebral organoids, were used in a study to mimic the effects of traumatic brain injuries (TBIs) and investigate their link to dementia risk. The research revealed that malfunctioning TDP-43 proteins may injure and kill brain cells following a TBI, especially in individuals with a genetic risk of dementia. The study also identified a gene, KCNJ2, that when switched off, provided protection against the effects of TBIs, suggesting a potential treatment for TBI-related brain injuries, although further research is needed.