Articles tagged with Neurosurgery
A study found that children's brains can compensate for missing regions of the visual cortex after epilepsy surgery, allowing them to maintain full visual perception. This brain plasticity suggests that early surgical treatment for children with epilepsy may enable this type of remapping.
Researchers have identified patients more likely to have treatable underlying lesions from brain-bleeds, allowing for faster treatment. The study found that patients over 85 were unlikely to have a treatable lesion, while those under 50 had a 37% chance of finding a structural lesion.
Researchers discovered a significant association between pedicle screw loosening and the presence of low-virulent pathogens on spinal implants, with coagulase-negative staphylococci being the most commonly found. Long surgery times were also linked to a higher rate of implant infection, suggesting that preventing perioperative implant ...
Researchers from Johns Hopkins Medicine found a distinct subtype of primary central nervous system lymphoma suitable for surgical removal, offering improved outcomes and potential cure rates. The study suggests a shift in treatment approach, moving away from traditional biopsy, radiotherapy, and high-dose chemotherapy.
Researchers analyzed data from 234 patients undergoing minimally invasive laser surgery for epilepsy, finding that targeting specific brain regions such as the amygdala and hippocampal head improved seizure-free outcomes with minimal side effects. The study's results provide insights into the most effective approach for this type of su...
Researchers found that successful epilepsy surgery can restore brain networks, leading to improved quality of life for patients with temporal lobe epilepsy. The study showed significant improvements in brain network activity after surgery compared to healthy subjects.
A novel imaging technique using scorpion venom-derived protein BLZ-100 has shown promise in detecting and removing brain tumors. The agent binds to tumor cells and glows under near-infrared laser stimulation, enhancing surgical visualization. Clinical trials demonstrate the imaging system's safety and effectiveness.
Researchers use optical coherence tomography to analyze tissue samples and identify differences between malignant and healthy cells, simplifying tumor removal operations. The technology offers higher resolution than ultrasound or MRI, allowing for more accurate diagnoses and improved patient outcomes.
The study reports lower hospital stay durations, surgery times, and intraoperative blood loss in awake endoscopic MIS-TLIF procedures. After a minimum of 1-year follow-up, patients experienced significant clinical improvement with durable functional status improvements.
This article discusses the latest research on enhanced recovery after surgery (ERAS) in spine surgery, highlighting new operative techniques, anesthetic methods, and full ERAS protocols. Key findings include reduced length of stay, decreased complication rates, and improved patient satisfaction.
A new study published in JAMA Neurology reveals that a minimally invasive procedure can help identify patients with drug-resistant epilepsy who are suitable for brain surgery. The procedure produces more favorable outcomes among patients, including reduced complications and increased likelihood of seizure freedom.
A comprehensive analysis of over 60,000 surgical procedures found that overlapping surgeries do not significantly increase the risk of post-surgical complications and patient death in most cases. However, patients deemed high risk due to age and preexisting medical conditions, as well as those undergoing coronary artery bypass graft su...
A new study found that closely monitoring brain activity during surgery and adjusting anesthesia levels had no effect on preventing postoperative delirium. However, patients with close brain monitoring had significantly lower 30-day mortality rates.
Researchers at the University of Minnesota Medical School demonstrate spinal cord stimulation can immediately restore some voluntary movement and autonomic functions years after a paralyzing injury. The study expands inclusion guidelines for epidural stimulation, offering new hope for patients with traumatic spinal cord injury.
Researchers found that a minimally invasive surgery combining clot-busting drug and catheter drainage reduced swelling and improved prognoses in hemorrhagic stroke patients. The study showed that every 10 milliliter increase in swelling volume was associated with a 25% higher risk of death at 30 days.
Researchers report on successful separation surgery using advanced technologies and multidisciplinary team, showcasing improved outcomes for infants with craniopagus conjoined twins. The Delaney twins are thriving two-year-olds, exceeding expectations with their development and growth after the 11-hour separation surgery.
A prospective cohort study found that adolescents with a sports-related concussion or fracture experience significant impairments in health-related quality of life, particularly in physical and cognitive functioning. The study suggests that early interventions can aid in the recovery process and optimize QOL.
A biopsy needle with a tiny fiber-optic camera has been tested in humans to help surgeons identify and avoid blood vessels in the brain during surgery. The device detected blood vessels with high accuracy (91.2% sensitivity and 97.7% specificity), reducing the risk of brain bleeds.
Researchers found that stimulating the lateral orbitofrontal cortex (OFC) improved mood in patients with moderate to severe depression. The study suggests that OFC stimulation may help individuals experience a naturally positive mood state, removing an impediment to positive mood common in people with depression.
The American Academy of Ophthalmology is honoring distinguished ophthalmologists like Steven T. Charles, M.D., for their scientific contributions to preventing blindness and restoring sight worldwide. Other notable recipients include David Heiden, M.D., and William L. White, M.D., who have made significant impacts through humanitarian ...
A new technique using holographic images guides the insertion of external ventricular drains, increasing accuracy and reducing complications. The mixed-reality headset provides visualizations of individual patients' unique brain anatomy, allowing neurosurgeons to perform procedures more accurately and safely.
Researchers developed an implantable device that delivers electrical pulses to damaged peripheral nerves in rats, promoting nerve regeneration and recovery. The device lasts about two weeks before being absorbed into the body, providing a continuous boost to the healing process.
Scientists at Northwestern University have created a bioelectronic medicine that uses electrical stimulation to accelerate nerve regeneration and improve muscle strength in rats. The device, made of biodegradable materials, is powered wirelessly and operates for up to two weeks before naturally absorbing into the body.
Researchers at MUSC have developed a novel AI method that analyzes the neural networks of epilepsy patients to predict seizure-free outcome post-surgery. The technique, which maps the whole-brain connectome, achieved an accuracy rate of 79-88%, outperforming current clinical methods.
Researchers tracked over 12,000 participants to estimate the lifetime risk of dementia, Parkinson's disease, and stroke. Preventive strategies could delay onset and reduce lifetime risk by 20-50% in theory, particularly for those aged 85+.
Researchers discovered how the brain encodes speech production, finding that it controls both goals (speech sounds) and individual movements (lip, tongue, and larynx movements). This breakthrough aims to develop better brain machine interfaces to decode speech for paralyzed individuals.
International neurointerventional societies have released new guidelines outlining the criteria for Level 1, 2 and 3 stroke centers. The standards specify requirements for treating a minimum number of stroke patients and performing specific procedures annually.
A new study by Vanderbilt University researchers found that bile acids can reduce cocaine reward and cravings. The findings suggest targeting bile acid signaling in the brain may be a novel way to treat cocaine abuse.
Researchers evaluated state-of-the-art optical technology in commercial-grade operating microscopes to detect fluorescence signals produced by pro-drug 5-ALA. They found variability in signal intensity and bleaching rates, highlighting the need for standardized methods and built-in standards for reliable detection and measurement.
A new study finds that clinical quality registries for surgery often exclude treatment-related adverse events, leading to misleading conclusions. The study analyzed data from Finland and compared it with US and UK quality registers.
Researchers have mapped the brain regions responsible for naming objects, a process that is crucial for individuals with neurodegenerative diseases such as Alzheimer's. The study's findings could lead to improved approaches for epilepsy and tumor surgery, reducing cognitive side effects.
Neurologist Camilo R. Gomez argues that the effect of time on ischemic stroke outcomes varies greatly among patients, with collateral circulation playing a critical role in determining treatment efficacy. He proposes a new approach to stroke care, taking into account individual patient variability and blood circulation patterns.
A new study reveals stent retriever thrombectomy can be effective for patients up to 24 hours after stroke onset, offering new hope for longer window of care. The analysis of combined NASA and TRACK registries found similar results between real-world and randomized trials.
A new study reveals that developing a standardized stroke protocol can significantly reduce the time it takes to treat ELVO stroke patients. The protocol, which includes having a neurointerventional team meet patients upon arrival, achieves a median door-to-recanalization time of less than 60 minutes.
A new study finds that advanced imaging software can diagnose large vessel occlusion in stroke patients more accurately, reducing transfer delays and improving outcomes. By streamlining care, hospitals can provide EVT treatment sooner, leading to better patient recovery.
A study found that delayed endovascular thrombectomy (EVT) for stroke patients reduces their quality-adjusted life years (QALYs) by 40 days and economic value by $10,000 per 10-minute delay.
Researchers found elevated levels of tau and ubiquitin C-terminal hydrolase L1 biomarkers after high-acceleration head impacts, even without clinical concussion. The study suggests a potential new avenue for reducing risk to young athletes through technological improvements and game rule refinements.
Researchers analyze RFK's injuries from 1968 assassination, noting similarities between then and now in gunshot wound care. They conclude that while aggressive treatment was made to save Kennedy, his severe brain injury would likely be fatal with modern techniques.
Researchers compared ancient Peruvian trepanation outcomes to those during the American Civil War and found a significant difference in mortality rates. The study suggests ancient Peruvians may have prevented infection through unknown methods, leading to better survival rates over time.
A study found that serum NF-L concentrations showed promise as a biomarker for brain injury due to repetitive subconcussive head impacts, but further research is needed. The researchers also observed fluctuations in tau protein concentrations, which did not show significant differences between starters and nonstarters.
Researchers created personalized brain models using The Virtual Brain platform, accurately predicting the effects of tumors on brain connectivity. This breakthrough opens up new possibilities for integrating neuroimaging data with virtual brain modeling to enhance surgical planning.
A new surgical imaging instrument using Scanning Fiber Endoscope (SFE) technology has been developed to detect the fluorescent glow of malignant brain tumors. This allows neurosurgeons to visualize the tumor more accurately, enabling them to remove more tissue and potentially improve patient outcomes.
The PRECISE4Q project aims to develop computer-based predictive modeling to personalize and optimize treatment strategies for stroke patients. The project will collect large data sets from different sources, integrating them into self-learning computer models to minimize the burden of stroke on individuals and society.
Researchers found increased myelin water fraction in white matter following mild TBI, indicating active remyelination process. However, this change may be associated with disorganized and less functional myelin, a potential risk factor for chronic conditions like CTE.
A new stereovision system guides surgeons during spinal operations, providing accurate renderings of where implants need to go. The system, developed by Dartmouth engineers and physicians, is expected to save up to 30 minutes in surgery time.
A simple one-page form given to patients ahead of their doctor visit can significantly improve satisfaction with the care they receive. The low-tech tool helps patients focus on what's important to them and provides real-time feedback to doctors on how well they're addressing their patients' concerns.
Scientists investigate TRPV1 receptor, found in immune cells, as potential target for TBI recovery. Activating TRPV1 may balance macrophage populations and promote M2s, reducing lingering inflammation and improving cognition.
The new Glasgow Coma Scale-Pupils score (GCS-P) tool combines GCS scores and pupil reactivity to provide a more comprehensive assessment of traumatic brain injury (TBI) severity and prognosis. The GCS-P has been validated to be as predictive as other, more complex models, while being easy to apply and communicate.
A new smartphone-endoscope device allows surgeons to perform intricate neurosurgical procedures with improved efficiency, reduced scarring, and shorter recovery times. The device's high-definition image provides a clear view of the surgical site, while its portability and affordability make it an attractive option for underserved areas.
Researchers found that mice increased their running on a wheel two hours before the door to the nebulizing chamber was open. The activated brain regions included those implicated in reward processing and craving: the orbitofrontal cortex, dorsomedial hypothalamus, and lateral septum.
Research in brain science and statistical modeling allows for safer anesthesia administration, reducing side effects and improving patient recovery. Brown's methods use EEG data to fine-tune anesthesia dosing, enabling the safe administration of less anesthesia.
A new study by the Keck School of Medicine of USC reveals that 67% of neurosurgery residents experience burnout during training, with factors including inadequate exposure to the operating room and hostile faculty contributing to the issue. The study's findings highlight the need for improved mentorship support to reduce burnout and pr...
Rice University statisticians developed a method to integrate neuroimaging scans to identify patients at high risk of continued seizures before surgery. The study found a subgroup with 5.8 times greater odds of postoperative seizures due to differences in brain networks.
This special focus issue of Future Oncology explores current and future image-guided interventions in oncology, including techniques such as fluorescence and optical imaging. The issue aims to provide a platform for researchers and clinicians to discuss recent advances in radiotherapy and personalized treatment approaches.
A Mayo Clinic study surveyed neurosurgeons on their attitudes toward ceasing practice and testing in late career. Most disagreed with an absolute age cutoff, while half favored additional testing for neurosurgeons 65 and older. The study highlights the need to focus on patient safety and assess a surgeon's capacity over time.
A large observational study found that overlapping surgeries in neurosurgery do not result in significantly different patient outcomes, including deaths, complications, and functional status. The research suggests that overlapping surgery can be safely performed and may increase access to specialists for more patients.
A Lithuanian professor has been awarded the Paper of the Year by The Congress of Neurological Surgeons (CNS) for his groundbreaking research on severe traumatic brain injury. The study found that longer durations of cerebrovascular autoregulation impairment events significantly correlate with worse patient outcomes.
Researchers developed a novel imaging technique to assess patients with lumbar spine degeneration, providing precise assessments of water content changes in the intervertebral disk. This technology aims to recognize and predict disease earlier, enabling better treatment choices.
Researchers studied exposure to high-magnitude head impacts in young athletes during football games and practice drills, finding that players in 'Back' positions sustained more head impacts than others. High-magnitude head impacts occurred more often in open field areas during games than in line of scrimmage.
A new study by Oxford University Press USA found that patients undergoing neurosurgical procedures between 9 pm and 7 am are at a higher risk of developing complications. The odds of complication more than doubled when accounting for the length of the surgery, highlighting the importance of performing surgeries during daylight hours.