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Thomas Jefferson University

The Annual Course in Electrodiagnostic Medicine is designed for clinicians involved in the diagnosis, treatment and prognosis of patients with peripheral nervous system diseases and injuries. This course mixes didactic lectures, case presentations and audience response to introduce and reinforce new information and best clinical practices.

Email: jeffersoncpd@jefferson.edu

Cleveland Clinic

With the ever-growing therapeutic indications for toxin treatment, increasing numbers of available toxins, and the potential dangers and pitfalls if toxin injections are performed sub-optimally, there is a clear need for a comprehensive training of toxin injection. The clear educational need is for a thorough and intensive training that incorporates balanced and comprehensive didactic lectures, the opportunity to ask questions on uncertain areas, patient demonstrations, and true assessment of understanding of concepts and readiness for injection. This comprehensive course will provide the practicing clinician or clinician-in-training the necessary knowledge needed to competently utilize all types of botulinum toxins, including the use of EMG and ultrasound, all adult and pediatric neurological indications. The course also features toxin injection demonstrations on patients and the opportunity to interact with North American thought-leaders in dystonia and toxin injections with reputations for being exemplary educators.

Tel.: [2163859076];     Email: eatonl3@ccf.org

botulinum toxin, neurology, headache, dystonia, spasticity, neurotoxin, physician, trainees

American Society for Experimental Neurotherapeutics (ASENT)

ASENT's 2026 Annual Meeting is the premier neuroscience and neurotherapeutics conference where leaders from providers and prescribers, employers, investors, fast-growing startups, big pharma, policymakers, funders & innovation centers gather to improve the process of bringing neurotherapeutics to market.

Tel.: [8332731556];     Email: jessica@asent.org

Neurology, Neurotherapeutics, Neuroscience, Biotech, Bioengineering, FDA, NIH, Drug Development, Pipeline Presentations

Thomas Jefferson University

Join leading experts at the 25th Annual Cardiovascular Update, a premier event dedicated to advancing stroke care, prevention, and treatment. This conference features in-depth presentations on stroke epidemiology and prevention, the latest innovations in acute ischemic stroke intervention, and updated strategies for medical management of stroke patients. Attendees will explore new surgical techniques in stroke care, participate in interactive panel discussions on challenging stroke cases, and gain practical insights into stroke nursing care and rehabilitation best practices. Designed for neurologists, neurosurgeons, emergency medicine specialists, and stroke unit nurses, this event provides cutting-edge updates on stroke research, clinical guidelines, and evidence-based treatment strategies.

Email: jeffersoncpd@jefferson.edu

Optica

Optoelektronik und Anzeigetechnik,    Medizintechnik

Magnus Group LLC

Join the 13th Edition of International Conference on Neurology and Brain Disorders (INBC 2026) from October 19-21, 2026 at Boston, Massachusetts, USA, and Online. Connect with neurologists, neuroscientists, clinicians, and brain research experts to explore innovations advancing neurological science and improving brain health outcomes worldwide.

Tel.: [+1 (702) 988-2320];     Email: neurology@magnusconference.com

Neurology Conferences 2026, Neuroscience Conferences USA, Brain Disorders Conference 2026, Neurology Event Boston, Clinical Neurology Congress, Neurodegenerative Disease Meetings, Alzheimer’s Disease Conference

eMedEd

Join American Neurology Summit 2026 on November 14-15, in Lake Buena Vista, Florida to explore the latest advancements in neurology. Organized by eMedEd, marketed by eMedEvents.

Tel.: [18008282059];     Email: neurology@emedevents.com

American Neurology Summit 2026, emedevents, Florida Conferences, Lake Buena Vista Conferences, United States of America Conferences

Keystone Symposia

Sensory Systems: Interoception and Exteroception brings together leaders across neuroscience, physiology, and systems biology to explore how organisms sense, integrate, and respond to both the external world and internal bodily states. From exteroceptive senses such as touch, taste, olfaction, vision, and hearing to rapidly advancing insights into interoception, this meeting highlights how sensory systems shape perception, behavior, homeostasis, and disease. The program features an emphasis on interoception – how signals from organs such as the gut, heart, and lungs are detected, encoded, and interpreted by the nervous system – revealing new frameworks for understanding behavioral and physiological responses. Sessions also explore somatosensation, chemosensation, mechanosensation, and multisensory integration, linking foundational mechanisms to organism-level outcomes. This meeting will be held jointly with Neurobiology of Appetite Control.

Neurobiology, Neuroscience, Sensory Systems, Molecular Biology, Emerging Technologies,

Molekularbiologie,    Biologie

Keystone Symposia

The primary goal of the “Neuronal Control of Appetite” meeting is to catalyze transformative progress in deciphering the neural mechanisms that govern appetite, with a focus on driving innovative research, cross-disciplinary collaboration, translational insight, and industrial innovation. In addition to challenging entrenched models of homeostatic control by highlighting emerging evidence of dynamic, context-dependent neural modulation, the meeting will spotlight the growing role of biotechnology and pharmaceutical initiatives aimed at developing novel diagnostics, therapeutics, and digital tools to combat obesity and metabolic disorders. This meeting is deliberately designed to convene a diverse array of participants, including systems and behavioral neuroscientists, endocrinologists, computational modelers, clinical researchers, biotech innovators, and industry leaders. By bridging traditionally siloed domains — such as neural circuit mapping, metabolic disease modeling, and therapeutic discovery — the meeting will encourage the synthesis of ideas, resources, and techniques across fields. This meeting will be held jointly with Sensory Systems: Interoception and Exteroception.

Neurobiology, Neuroscience, Metabolism, Biotechnology, Pharmaceutics, Obesity, Metabolic Disease, Metabolic Disorders

Biologie,    Physiologie und Metabolismus des Menschen

Keystone Symposia

Neurodevelopmental disorders (NDDs), including autism, intellectual disability, and epilepsy, arise from disruptions during brain development and pose major challenges to public health. Although advances in genetics have identified hundreds of causal genetic risk factors, identifying convergent mechanisms underlying their pathobiology remains a challenge, which hinders the development of personalized therapies. This meeting addresses the critical gap between emerging insights into causal factors, neurodevelopment, and therapeutic innovation by uniting experts across basic and translational neuroscience. This conference will foster new collaborations between investigators in genetics, functional genomics, developmental neurobiology, and industry. Specific aims include showcasing breakthroughs in single-cell genomics, genome perturbation technologies, gene-environment interactions, and novel therapeutic strategies such as gene replacement therapies and ASOs. Unlike existing meetings that focus separately on neurodevelopment, stem cell models, or therapeutic pipelines, this conference uniquely fuses mechanistic understanding of genetic and environmental causes with translational application. This meeting will be held jointly with Neural Plasticity and Recovery after Traumatic CNS Injury & Stroke.

Neurobiology, Neuroscience, Neurodevelopmental Disorders, Gene Therapy, Translational Research, Functional Genomics, Genetics, Genome Editing, Neurogenomics

Genomforschung und Bioinformatik,    Molekularbiologie

Keystone Symposia

Stroke and traumatic injury are common neurologic disorders and the leading causes for adult-onset disability. Development of therapeutics to improve recovery has been hindered due to a limited understanding of how circuits within the central nervous system (CNS) are affected by injury. Technological advances have enabled interrogation of the CNS with unprecedented resolution. These are being applied to stroke and trauma survivors and to animal models, allowing for a critical re-appraisal of proposed mechanisms of recovery. This knowledge is crucially important as neuromodulation therapies are available for clinical trials, but when and how to apply these to patients are not well understood. This conference will bring together scientists working across species, using diverse approaches, to understand the mechanisms underlying dysfunction and recovery after stroke or injury to the brain or spinal cord. This conference will be unique in its focus on basic and translational science of CNS recovery that brings together researchers working across many disease models and injury types. This meeting will be held jointly with Neurodevelopmental Disorders: Mechanisms and Therapeutics.

Neurobiology, Neuroscience, Brain Injuries, Spinal Cord Injuries, Regeneration and Repair in the Nervous System, Stroke, Translational Research, Neuro Modulation, Neuro Repair, Neuro Tech, Neuroplasticity, TBI Research

Molekularbiologie,    Biologie