Master in neuroimaging techniques: Master in neuroimaging techniques and its application in neurorrehabilitation + university degree (5 ECTS credits)

In a context where neuroscience advances by leaps and bounds, having specialized knowledge in Neuroimagen becomes essential. This master provides a solid basis in neurological anatomy and physiology, pathologies and functional neuroanatomy, complemented with advanced neuroimaging techniques and practical applications in neurorehabilitation. Its curriculum covers from cerebral microscopic understanding, through neurological assessment, to specific methods of neurorehabilitation. Using an online methodology, the participant may appropriate competencies to evaluate and contribute to neurological recovery, understanding how neuroplasticity bases this process. Opting this master means choosing a path of updating and deepening in neuroscientific fields of great relevance.

- Master neuroanatomy bases. - Apply neurological valuation techniques. - Understand neurological manifestations. - Understand cranial neuropathies. - Manage intracranial pressure. - Address conscience disorders. - Evaluate and attend stroke and traumas. - Detect and characterize CNS tumors. - Manage CNS infections. - Diagnose movement disorders. - Intervene in the crisis and seizures. - Degenerative pathologies approach. - Interpret neuroimaging for rehabilitation.

With the master's degree in neuroimaging techniques applied to neurorehabilitation, you will have access to specialized jobs in health centers, neuroimaging laboratories, and clinical research equipment. Deepen in neuroanatomy and functional neurology, manages advanced neuroimaging techniques such as RM and PET, and apply your knowledge in the rehabilitation of neurological and neurodegenerative pathologies. Open your professional path to analysis and intervention positions in this field in full evolution.

The master's degree in neuroimaging techniques and its application in neurorehabilitation empowers you to thoroughly understand the anatomy and physiology of the nervous system, interpret clinical manifestations of neurological dysfunctions and use advanced neuroimaging techniques for the assessment and monitoring of patients. It enables the integration of neuroplasticity and emerging technologies in personalized neurorehabilitation treatments, addressing from neurodegenerative pathologies to sequelae of TCE and stroke, optimizing the recovery of the patient.

This Master in Neuroimagen and Neurorehabilitation is ideal for neurologists, radiologists, psychiatrists, psychologists and other health professionals who seek to deepen functional neuroanatomy, the latest generation neuroimaging techniques and neurorehabilitation strategies applied to neurodegenerative pathologies.

This training is not included in the scope of official regulated training (Infant Education, Primary Education, Secondary Education, Official Professional Training FP, Baccalaureate, University Degree, Official University Master and PhD). It is therefore a complementary and/or specialization training, aimed at acquiring certain skills, skills or aptitudes of a professional nature, being able to be barely as merit in workbags and/or opposition competitions, always within the complementary training section and/or continuous training being always essential to review the specific requirements of the public labor stock of the public labor stock market.