CURESUREMEDICO’s Post

New study reveals promising results for stroke survivors: Deep brain stimulation of nucleus improves upper extremity function and decreases cerebellar dependence. https://cle.clinic/4dU2rye

Study reveals promising results for stroke survivors: Deep brain stimulation of nucleus improves upper extremity function and decreases cerebellar dependence. Learn more: https://cle.clinic/4dU2rye

Study reveals promising results for stroke survivors: Deep brain stimulation of nucleus improves upper extremity function and decreases cerebellar dependence. Learn more: https://cle.clinic/4dU2rye

My Health Blog... Unlocking the Potential of Deep Brain Stimulation: A Comprehensive Guide to Revolutionary Neurotherapy... Deep Brain Stimulation (DBS) is a neurosurgical tool that involves implanting electrodes into some brain areas to deliver controlled electrical pulses. These pulses modulate abnormal neural activity, effectively alleviating symptoms associated with various neurological disorders. Continue reading the full article here... https://lnkd.in/gfRh-tEd #agappe #agappeblogs #myhealth

Study reveals promising results for stroke survivors: Deep brain stimulation of nucleus improves upper extremity function and decreases cerebellar dependence. More about the study: https://cle.clinic/4dU2rye

💡 Struggling with movement control? Deep brain stimulation (DBS) offers hope for managing neurological conditions that impact movement. Swipe to learn more about the conditions it treats. #BSCEMEA #DeepBrainStimulation #DBS

🚶♂️ Incredible Fact! Deep Brain Stimulation (DBS) has achieved groundbreaking success in managing motor symptoms for Parkinson’s patients. 🌟 It empowers them to regain control over daily activities, significantly improving their quality of life. 💡 Science and technology working together to transform lives! 🙌 🌐 : www.drchiragsolanki.com #DeepBrainStimulation #ParkinsonsTreatment #NeurologyAdvances #LifeChangingSolutions #MedicalInnovation #DrChiragSolanki

This video explores the fascinating process of how the brain communicates with muscles to produce movement. Starting with the motor cortex, the brain sends electrical impulses down the spinal cord, traveling through the central and peripheral nervous systems to reach the muscles. At the neuromuscular junction, neurotransmitters like acetylcholine bind to muscle fiber receptors, creating an action potential that leads to calcium release. This calcium interacts with the muscle proteins actin and myosin, initiating the sliding filament process, resulting in muscle contraction. Understanding this detailed pathway reveals the significance of the mind-muscle connection and highlights how neural adaptations play a crucial role in strength, coordination, and performance. #MuscleContraction #BrainToMuscle #NeuromuscularSystem #MuscleFibers #FitnessScience #StrengthTraining #MindMuscleConnection #NervousSystem #MusclePhysiology #ExerciseScience #LinkedInFitness #BodyTransformation #NeuralAdaptation #MovementScience #FitnessEducation

Deep brain stimulation (DBS) is used for multiple neurological conditions, including chorea. Prof. Elena Moro shares her experience and approach to treating choreic patients with DBS and how these methods have changed throughout the years. https://loom.ly/Dw5ff7s

Awareness Video on Deep Brain Stimulation (DBS) which aims to provide valuable insights into this groundbreaking medical treatment. Deep Brain Stimulation has become a transformative option for individuals suffering from Neurological conditions such as Parkinson’s Disease, Tremor and Dystonia. Narayana Health Komal Prasad Chandrachari @Akshay Kulkarni Dr. Nitin Manjunath Dr. Dilip Kamat Saurabh Budhiraja Anand gowda Arun Kumar T