Dr Aminta Chansiriwongs的动态

Checking the Level of #Muscle #Relaxant: Single #Twitch vs 30Hz #Tetany. How to set up a Single Twitch vs. Train of Four (#TOF) vs. 30 Hz Tetanic #Stimulation. Faisal R. Jahangiri, MD, CNIM, D.ABNM, FASNM, FASET explains while training students at The University of Texas at Dallas. #IONM #neuromonitoring #neurophysiology #neuroscience #EMG

?? Learn About Brain Asymmetry Curious about the latest in #BrainAsymmetry research? Check out our approaches and workflows that reveal the brain's complexities. ?? Dive into the details: Read the Blog https://hubs.la/Q02KVCch0 #Neuroscience #BrainResearch #MedicalInnovation #Neuroimaging

Infographic of the Day:?"Dorsal Column-Medial Lemniscal Pathway" Rohita Arjarapu, one of my undergraduate students at?The University of Texas at Dallas, created this infographic. #ionm?#dorsalcolumn #mediallemniscal #pathway #DCML #SSEP #SEP #neuromonitoring?#neurophysiology?#neuroscience?#patient?#education

Infographic of the Day:?"Dorsal Column Medical Lemnisucal Pathway" Erica Nah, one of my undergraduate students at?The University of Texas at Dallas, created this infographic. #ionm?#iom?#neuromonitoring?#neurophysiology?#neuroscience?#SSEP?#somatosensoryevokedpotentials?#pathways?#mediannerve?#DCMLP?#dorsalcolumn #posteriortibial

Published in the Journal of Integrative Neuroscience, this study shows that targeting ferroptosis-related pathways can help reduce seizures and cognitive impairment, offering a promising new approach for epilepsy treatment. The research highlights the role of the GPX4/GSH redox pathway and iron metabolism in epilepsy, suggesting that inhibiting ferroptosis could protect against seizure-induced brain damage and improve patient outcomes. https://lnkd.in/gdT5xGKf #neuroscience #Science

Researchers have developed an endovascular brain-computer interface that shows promise in helping patients with severe paralysis communicate by translating thoughts into text. This technology could significantly improve the quality of life for individuals with debilitating conditions #BrainComputerInterface #BCITechnology #NeuroTech #MedicalInnovation #FutureOfMedicine #Neuroscience #HealthTech #NeuroEngineering #TechInMedicine #BrainTech #MedTech #ScienceNews #MedicalBreakthrough #BrainResearch

Spinal Cord Injury Day 2024 is shining a light on injuries caused by violence, a global issue that remains prominent in society. NTA acknowledges the importance of building positive environments to ensure all individuals are valued and protected from harm. Today we spread awareness about the impact of spinal cord injuries and the importance of research in treating those affected. #SpinalCordInjuryDay #SpinalCordInjury #SCI #ClinicalResearch #Neuroscience

I am delighted to share that our latest publication, "A Dynamical Computational Model of Theta Generation in Hippocampal Circuits to Study Theta-Gamma Oscillations during Neurostimulation", is now published in eLife Sciences Publications, Ltd. I am eager to continue exploring the promising future of neuromodulation therapies. Heartfelt thanks to my exceptional supervisors whose support and guidance made this achievement possible! #research #neuroscience #neuromodulation #computationalbiology

Infographic of the Day: "#Spinal #Cord #Stimulation" Cherrender Brown, one of my graduate students?at?The University of Texas at Dallas, created this for #Mapping of the Spinal Cord class. #neuromonitoring?#neurophysiology?#neuroscience?#patientcare?#education?#spine?#ionm?#mapping

Researchers have created minuscule, battery-free devices that can wrap around individual neuron parts, potentially aiding in the treatment of #neurologicaldisorders The study presents a new direction in minimally invasive neural technology with implications for restoring and monitoring cellular function. #research?#innovation?#neuroscience?#neurology? https://lnkd.in/dn9j4Hqx