The overall objective of the workshop is to better extract information about the minds of fossil species and discuss applications in neuro and behavioral sciences. A Translational Approach. Please note that this is a MOCK workshop, to test run for future such events. The workshop will focus on theories, clinical applications and hands-on neuroimaging methods, focusing on grey matter and white matter using Read more about Brain Anatomy: theories, methods and clinical applications.
Over 50 million people worldwide live with epilepsy, a neurological disorder that arises from malfunctioning brain networks that result in seizures. Skip to main content.
Our vision Our vision is of an Africa where people achieve their full potential through brain health. Research and innovation By addressing existing knowledge gaps and strengthening African research networks, we seek solutions to African challenges and work to ensure that African priorities are represented in global neuroscience. Training and capacity development We strive to build research capacity nationally and internationally, and grow the next generation of neuroscience researchers on both the clinical and basic neuroscience career tracks.
Advocacy and engagement We follow a socially-responsive approach, using advocacy, engagement and outreach to extend our impact to and beyond the scientific community, to industry, government and society more broadly. Three modules cover the morphological anatomy of the brain and spinal cord. Neurohistology and neuroembryology are covered in the fourth and final module of the course. This is an advanced course on applied neurophysiology. The course is presented in 4 modules. Detailed principles of nerve transmission, muscle physiology and the autonomic.
Afferent and efferent spinal tracts as well as pain are covered in the second module. Cranial nerves, motor pathways and the basal ganglia are lectured in the third module and association cortices, memory, learning, mood and language in the fourth. The applied clinical neuroscience course is a series of lectures delivered by psychiatrists, neurologists and physicians on the neuroscience of psychiatric, neurological and sleep disorders.
Lectures are delivered throughout the year. During these group meetings, current neuroscience research is discussed and critiqued. A research article relevant to the topic, is circulated at least 2 weeks prior to the meeting and the meeting is facilitated by an expert in the field. Topics include evolutionary neuroscience, concussion in sport, psychedelic neuroscience and mental health.
The research component ANAT consists of a year-long research project. A key outcome to this component will be the completion of a neuroscience research project in any one of the following fields; neuroanatomy, neurophysiology, molecular neurobiology, neuropsychology, neuropsychiatry, neurology and artificial intelligence. Candidates select from a list of available research projects. Under the guidance of their project supervisor s , candidates write and present a research proposal, conduct the experiment, analyse the data and present the results.
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