by YCU Advanced Medical Research Center Researchers from Japan have recently discovered edonerpic maleate, a novel oral drug that enhances the ability to perform grasping movements, indicating accelerated motor recovery in non-human primates with partial cervical SCI. Notably, edonerpic maleate promotes neural plasticity in the motor cortex, supporting the reorganization of brain networks involved in...
Tag: <span>spinal cord injury</span>
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Researchers uncover hidden barrier to spinal cord injury recovery
by Erin Wickey, University of Kentucky Credit: Cover, Journal of Neuroscience Vol. 45, Issue 1 New research from the University of Kentucky has earned a spot on the cover of the Journal of Neuroscience, highlighting a major challenge in spinal cord injury recovery. Andrew Stewart, Ph.D., assistant professor at the Spinal Cord and Brain Injury Research Center (SCoBIRC) in the Department...
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Research alert: Neural stem cell transplantation shows promise for treating chronic spinal cord injury
Peer-Reviewed Publication University of California – San Diego image: This graphical abstract illustrates the study design. Notable innovations include the use of a “floating cannula” to deliver stem cells without suspension of respiration, utilizing diffuse tensor imaging (DTI) to enable both qualitative and quantitative assessment of the spinal cord, and utilizing electromyography (EMG) to reveal...
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New leads for spinal cord injury: Mapping spinal-projecting neurons in the brain
by Nancy Fliesler, Children’s Hospital Boston Researchers have now mapped all the neurons that project from the brain to the spinal cord and characterized them at the molecular level — adding to a larger cell-by-cell “atlas” of the mouse brain. Credit: Sebastian Stankiewicz, Boston Children’s HospitalOnly a fraction of people who sustain a spinal cord injury...
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Methods for bypassing and treating spinal cord injury
by Emmanuel Barraud, Ecole Polytechnique Federale de Lausanne The development of flexible electrodes has led to the first clinical applications in paraplegic patients and then in a Parkinson’s patient. Credit: EPFL – CC-BY-SA 4.0Grégoire Courtine, Jocelyne Bloch and their research team have been breaking new ground in the treatment of neurological disorders for over a decade....
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Study: Spinal cord injury causes acute and systemic muscle wasting
Peer-Reviewed Publication OHIO STATE UNIVERSITY WEXNER MEDICAL CENTER AN SCHWAB, MD, PHD, IS THE WILLIAM E. HUNT & CHARLOTTE M. CURTIS CHAIR AND A PROFESSOR OF NEUROLOGY AND NEUROSCIENCES AT THE Ohio State College of Medicine. SCHWAB IS ALSO MEDICAL DIRECTOR OF THE Belford Center for Spinal Cord Injury AND A SCHOLAR OF THE CHRONIC...
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Study shows spinal cord injury causes acute and systemic muscle wasting: Severity depends on location of the injury
by Ohio State University Medical Center Credit: Pixabay/CC0 Public Domain Acute spinal cord injury (SCI) patients lose body weight and muscle mass, despite being on a high-calorie diet while in the intensive care unit. Their muscle wasting is substantial and extends beyond what can explained by inactivity or denervation (loss of nerve supply) alone. Research led...
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Clinical trial suggests ALS drug effective for treating spinal cord injuries
by Laurie Fickman, University of Houston Riluzole trough and peak concentrations from Phase I and Phase II/III trials presented in waterfall plots. Credit: Journal of Neurotrauma (2023). DOI: 10.1089/neu.2022.0499 A small clinical trial with a pharmacokinetic sub-study, led by a pharmacologist at the University of Houston, has demonstrated the promising effectiveness of the drug Riluzole for...
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Molecular scaffold offers new approaches for spinal cord injury
by Olivia Dimmer, Northwestern University Neurons treated with the N1-PA nanofiber exhibited more neurite outgrowth than control neurons. Credit: Stupp LaboratoryNorthwestern Medicine scientists have developed a molecular “scaffold” capable of enhancing electrical activity and growth in neurons, which may prove useful in treating spinal cord injuries, according to recent results published in ACS Nano. According to...
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Genetically modified neural stem cells show promising therapeutic potential for spinal cord injury
by City University of Hong Kong The transplanted SOX9-suppressed neural stem cells (bottom) at injured site generated robust axons extending into the host spinal cord after 3 months post-graft. Credit: Advanced Science (2023). DOI: 10.1002/advs.202205804 A research team co-led by City University of Hong Kong (CityU) and The University of Hong Kong (HKU) has recently made a significant...