Neurology and Neuromuscular Disorders

AI is transforming diagnostic precision in both CNS and peripheral nerve disorders. This session will explore neural network-based EMG/EEG/MRI interpretation, predictive analytics, and ethical concerns in clinical practice.Delegates will discover AI applications in early detection of disorders like ALS and neuropathies. Speakers share models for automated EMG reading. Young researchers can network around AI tools and datasets, while students will gain hands-on demos of machine learning platforms.

This session dives into spinal cord stimulation for motor recovery in SCI, stroke, and neuromuscular degeneration, integrating neuroplasticity, robotics, and EMG biofeedback.Delegates gain an overview of implant protocols and neuro-rehab pathways. Young researchers can share novel stimulation approaches. Students will experience demo labs, and poster presenters are encouraged to show pilot studies on mobility recovery.

Explore next-gen surgical interventions—such as supercharged end-to-side nerve transfers—for restoring upper limb function post-trauma or tumor.
Speakers will present long-term outcome data, while delegates will gain insight into nerve mapping techniques. Students can observe surgical simulations, and poster presenters are encouraged to share cadaveric or clinical case data.

Focusing on ALS and other rare neuromuscular disorders, this track will cover disease registries, AI-driven prediction, and public health strategy.
Delegates benefit from predictive modeling updates, while young researchers can explore statistical tools. Students get hands-on with registry datasets. Poster presenters can share localized data or meta-analyses.

Autoimmune diseases like CIDP, MG, and MS share overlapping immune signatures. This track explores shared mechanisms, cytokine networks, and therapeutic targets.Delegates will learn about immunotherapy overlaps. Speakers can present biomarker studies. Students benefit from practical immune assay workshops, and poster presenters can share immune profiling data.

TMS is emerging as a dual therapeutic tool for neurodegeneration and motor weakness. This session covers protocols combining TMS with NMES for stroke, SMA, and muscle atrophy.Delegates explore therapy design. Young researchers network around motor reprogramming. Poster presenters can share case series. Students gain lab demos on stimulation thresholds and outcome metrics.

This track explores the fusion of EMG, EEG, MRI, and PET imaging through machine learning models to diagnose mixed CNS and neuromuscular conditions like ALS, MS, and myositis.Delegates will discover real-time imaging tools and decision-support systems. Young researchers can connect with AI labs for multimodal projects. Students will be introduced to platforms integrating imaging and electrophysiology. Speakers will discuss AI performance validation. Poster presenters can showcase imaging pipelines or AI datasets.

Focusing on disparities in diagnosis, treatment, and clinical trial access, this track addresses underrepresentation of ethnic and low-income populations in neuro-muscular studies.Delegates will gain policy and global health insight. Students are introduced to health equity research. Young researchers can join collaborative consortia. Speakers will discuss outreach innovations. Poster presenters can spotlight national health data or regional models of care.

This session covers fetal and early-childhood pathways linking cortical development and neuromuscular wiring in disorders like SMA, CP, and dystroglycanopathies.Delegates gain clinical updates on early diagnosis. Students explore pediatric EMG and MRI. Young researchers connect with pediatric centers. Speakers will discuss neurodevelopmental windows for intervention. Poster presenters can present cohort data or case studies.

Highlighting how ischemic injury impacts neuromuscular connectivity and rehabilitation outcomes. This track integrates CNS perfusion with muscle response.Delegates will learn personalized rehab protocols. Students gain exposure to motor evoked potential tracking. Poster presenters can showcase neurovascular response curves. Young researchers collaborate on perfusion-based recovery studies.

This cutting-edge session showcases robotics, exoskeletons, and brain-machine interfaces restoring upper and lower limb function after CNS or PNS damage.Delegates engage with device trials and prosthetics. Speakers discuss neural control algorithms. Young researchers collaborate with engineers. Students benefit from interactive demos. Poster presenters show pilot robotic interventions.

Examine how AI aids in early detection of rare neuro-muscular conditions—and the ethical challenges surrounding bias, privacy, and explainability.
Delegates will hear policy proposals. Young researchers can join ethics-focused AI consortia. Poster presenters may present case-based algorithm validation. Students explore bias-aware programming.

Systems-level approaches (proteomics, metabolomics, lipidomics) in Parkinsonism, dystrophies, and ataxias are explored in this track.
Delegates will receive big data integration models. Young researchers can access omics repositories. Poster presenters showcase differential pathway mapping. Students gain experience with data visualization tools.

A timely track examining the neuromuscular manifestations of long COVID and other post-viral syndromes, including fatigue, muscle wasting, and small fiber neuropathy.Delegates gain clinical management tools. Poster presenters may present cohort updates. Speakers discuss biomarkers. Young researchers can propose prospective follow-ups. Students access biobanks and registry training.

Explore VR/AR-based interventions for CNS and neuromuscular retraining—game-changing tools in stroke, MS, and myopathies.
Delegates test protocols in immersive labs. Speakers discuss real-world outcomes. Young researchers network with tech developers. Students experience design thinking in VR. Poster presenters demonstrate patient outcome data.

Showcasing repurposed therapies like metformin, riluzole, or statins being applied to rare CNS/NM conditions.
Delegates gain pharmaceutical insights. Poster presenters can highlight retrospective analyses. Students benefit from drug design crash courses. Speakers pitch new repurposing trials. Young researchers explore compound screening libraries.

Analyzing how biological sex and gendered behaviors impact disease onset, progression, and response in MS, myositis, and neuropathies.
Delegates gain personalized treatment insights. Young researchers can pursue gendered trial stratification. Poster presenters may showcase hormonal response data. Students receive mentoring on gendered statistics.

Explore neuroendocrine, mitochondrial, and cognitive factors contributing to chronic fatigue and muscle loss across aging and chronic neurological diseases.Delegates learn fatigue biomarkers. Poster presenters offer behavioral or cellular fatigue models. Students gain mentorship on fatigue questionnaires and neurobiology. Young researchers network across geriatrics and neuroscience.

This track explores ketogenic diets, vitamin therapies, and mitochondrial enhancers in boosting neuro-muscular performance and slowing degeneration.Delegates learn about metabolic therapies. Students are guided on nutrition trials. Poster presenters highlight dietary biomarker studies. Young researchers can access interdisciplinary nutrition-neuro labs. Speakers introduce real-world dietary protocols.