NeuroMedhub

NeuroMedHub is created by a Medical Doctor specialized in Clinical Neurophysiology with many years of experience in neurophysiology and neuroscience education. My goal is to share knowledge in a clear and accessible way, bridging science and practice for learners worldwide.

Medical Illustration of a Patient with Acute Bulbar Palsy

Interactive Case Study #1: Acute Onset of Bulbar Palsy

Leave a Comment / Interactive Cases /

Post Content: Patient: 55-year-old male. Chief Complaint: Acute difficulty swallowing and slurred speech. Case Overview: In this interactive neurology module, we follow the presentation of a 55-year-old patient presenting with isolated bulbar symptoms (dysphagia, dysarthria) without limb weakness. As the clinician, you will be challenged to differentiate between the three primary differentials: Myasthenia Gravis (MG), […]

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Digital tablet displaying a roadmap to 'Success 2025' with a brain icon, stethoscope, and compass, headed by the text 'SCFHS Neurology Prometric Exam' and 'The Ultimate Guide to the SCFHS Neurology Prometric Exam: Your Complete Roadmap to Success in 2025'.

The Ultimate Guide to the SCFHS Neurology Prometric Exam: Your Complete Roadmap to Success in 2025

Leave a Comment / Neurology /

When you’re preparing for the SCFHS Neurology Prometric exam, you’re not just studying for any licensing test—you’re working toward a credential that unlocks your career across the entire Gulf region. Yet despite its critical importance, finding a comprehensive, trustworthy guide specifically tailored to this exam has been nearly impossible. Most resources online are either outdated,

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Melatonin and your Heart

Melatonin and Your Heart: What Everyone Should Know Before Taking This Sleep Hormone

Leave a Comment / Neurosciences /

  Melatonin and your heart share a deeper connection than most people realize. You might take a tablet of melatonin to help you sleep after a long day — but did you know this “natural” hormone might have effects far beyond your bedroom? Recent studies have raised red flags about its long-term impact on heart

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Artificial Intelligence in Clinical Neurophysiology: Current Advances, Challenges, and Future Perspectives

Leave a Comment / Clinical Neurophysiology /

Introduction Artificial Intelligence in Clinical Neurophysiology is fundamentally transforming the field, revolutionizing how neurologists and clinical neurophysiologists interpret electroencephalography (EEG), electromyography (EMG), nerve conduction studies (NCS), and neuroimaging data. The integration of machine learning (ML) and deep learning algorithms has evolved from experimental research to practical clinical applications, with AI systems now achieving diagnostic accuracy

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Illustration of facial pain and trigeminal nerve branches in trigeminal neuralgia

Trigeminal Neuralgia: Understanding Its Causes, Mechanisms, and Evidence-Based Treatments

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Abstract:Trigeminal neuralgia (TN) is a severe, paroxysmal facial pain syndrome resulting from focal demyelination and neuronal hyperexcitability within the trigeminal system. This review synthesizes current knowledge on its pathophysiology, diagnostic framework, and evidence-based treatment strategies, offering clinicians a comprehensive update on this complex neuropathic pain disorder. Introduction Trigeminal neuralgia is one of the most excruciating

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Medical illustration showing diabetic peripheral neuropathy with highlighted nerves in the legs and feet, representing nerve injury caused by diabetes and oxidative stress.

Diabetic Neuropathy: Understanding, Diagnosis, and Treatment in 2025

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Introduction: Why Diabetic Neuropathy Matters Diabetic neuropathy is one of the most frequent complications of diabetes, affecting nearly half of all people with diabetes during their lifetime. It can cause pain, numbness, muscle weakness, and autonomic dysfunction — symptoms that severely affect mobility, sleep, and quality of life. As global diabetes rates continue to rise,

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isolated femoral neuropathy

Isolated Femoral Neuropathy after Pelvic Trauma: A Case with EMG Correlation

Leave a Comment / Case Reports /

🔵 Note: This article is intended for healthcare professionals and contains advanced medical information. Introduction Traumatic pelvic injuries are often associated with vascular or visceral damage, but isolated peripheral nerve involvement is less frequently reported. Among these, femoral neuropathy is particularly rare and may be overlooked if not systematically assessed. Electromyography (EMG) plays a crucial

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Illustration of an adult man sleepwalking in a bedroom at night, symbolizing sleepwalking in adults triggered by sleep deprivation, with moon, bed, and clock.

Sleepwalking in Adults Triggered by Sleep Deprivation: Causes, Diagnosis with Polysomnography, and Management

Leave a Comment / Clinical Neurophysiology /

Introduction Sleepwalking in adults triggered by sleep deprivation (somnambulism) is often associated with children, but it can persist or appear in adulthood, sometimes leading to significant health and safety concerns. One of the strongest triggers identified in adults is sleep deprivation or “sleep debt.” Clinical studies have shown that lack of sleep can dramatically increase

Sleepwalking in Adults Triggered by Sleep Deprivation: Causes, Diagnosis with Polysomnography, and Management Read More »

Illustration of a human brain, neuron, and brain waves with magnifying glass, representing neuroscience and brain wave mechanisms

Neuroscience and Brain Waves: Types, Mechanisms, Functions, and Clinical Insights

Leave a Comment / Neurosciences /

🔵 Note: This article is intended for healthcare professionals and contains advanced medical information. 1. Introduction Brain waves (or neural oscillations) are rhythmic, repetitive patterns of neural activity occurring in the central nervous system. They are measured non-invasively via electroencephalography (EEG) and sometimes via magnetoencephalography (MEG). Brain waves are key to understanding cognition, sleep, consciousness,

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Illustration of electromyography with upper limb, electrodes, and wave patterns representing EMG signals

Basics of Electromyography (EMG): Principles, Technique, Clinical Uses, and Interpretation

Leave a Comment / Clinical Neurophysiology /

🔵 Note: This article is intended for healthcare professionals and contains advanced medical information. 1. Introduction Electromyography (EMG) is a diagnostic test used in clinical neurophysiology to assess the electrical activity produced by skeletal muscles. It helps evaluate the health of muscles and the nerve cells (motor neurons) that control them. Why it matters: EMG

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