Radiosurgery is a minimally invasive technique for treating pathologies of the central nervous system, which has radical effects on pathologies such as metastatic, vascular and functional pathologies. This Master's degree trains professionals to perform radiosurgery treatments of the Central Nervous System. Registration open. Limited places.
In collaboration with:
All fields are required
The aim of the Master's Degree in Radiosurgery of the Central Nervous System is to provide the necessary training so that students, at the end of the course, will have sufficient knowledge to carry out radiosurgery treatments in an appropriate manner and in accordance with international standards of the discipline's norms and practices.
Students will also learn the scientific and radiobiological bases of radiosurgery treatments, as well as the theoretical and practical foundations. This master's degree will provide students with knowledge that they were unable to obtain during their academic training due to the particular nature of Radiosurgery treatment.
Specific objectives:
To become familiar with the physical and radiobiological bases of treatments with thin beams of radiation known as radiosurgery.
To strengthen knowledge in neuroradiology in order to be able to adequately identify the regions of interest to be treated and protected.
To gain in-depth knowledge of the tolerances registered for the organs at risk, as well as the doses most commonly used in the pathologies treated with radiosurgery.
To learn the theoretical and practical fundamentals and to gain first-hand knowledge of how to properly administer the most commonly used radiosurgical treatments for the brain, skull and spinal column.
To familiarise the participant with the use of various treatment planning stations (software) and the principles of ionising energy modulation.
MASTER'S DEGREE IN CONTINUING EDUCATION IN CENTRAL NERVOUS SYSTEM RADIOSURGERY
Year 1
ANNUAL SUBJECTS
| Code | Subjects | Character* | ECTS |
|---|---|---|---|
| 80789 | Introducción en la Radiocirugía. Fundamentos | OB | 4 |
| 80790 | Principios Fundamentales de Radiobiología | OB | 4 |
| 80791 | Radiación Ionizante en la Práctica Clínica | OB | 4 |
| 80792 | Métodos de inmovilización y adquisición de imágenes, procedimientos | OB | 3 |
| 80793 | Elección de blancos intracraneales y órganos en riesgo | OB | 3 |
| 80794 | Radiocirugía Espinal Tumores Malignos | OB | 3 |
| 80795 | Radiocirugía en la Práctica | OB | 3 |
| 80796 | Fundamentos de Calidad y Seguridad Terapéutica, análisis de riesgo. | OB | 3 |
| 80797 | Radiocirugía como concepto, comparación de diferentes tecnologías | OB | 3 |
| 80798 | Malformaciones arteriovenosas y otras lesiones vasculares | OB | 3 |
| 80799 | Metástasis cerebral | OB | 4 |
| 80800 | Adenomas de hipófisis y lesiones parasellares | OB | 3 |
| 80801 | Meningiomas y Schwanomas vestibulares | OB | 3 |
| 80802 | Radiocirugía en patología funcional, neuro-radiomodulacion | OB | 4 |
| 80803 | Tumores intrínsecos, gliomas, Hipofraccionamineto, Hipertemia | OB | 3 |
| 80804 | Radiocirugía espinal MAV | OB | 2 |
| 80805 | Radiocirugía espinal en tumores benignos y otras lesiones | OB | 2 |
| 80806 | Trabajo fin de máster | OB | 6 |
| TOTAL: | 60 | ||
*Character: BT: Basic Training, Ob: Required, Op: Optional
A first theoretical part will be taught online and a second practical part will be carried out in centres specialised in Radiosurgery in Madrid (Spain).
Dr. Kita Sallabanda Díaz: Director of the Master in Central Nervous System Radiosurgery. Institute of Advanced Radiosurgery.
He is one of the great eminences in radiosurgery and neurosurgery in the world. His impeccable track record includes more than 5,000 patients treated with radiosurgery, in addition to the thousands he has operated on as a neurosurgeon. President of the Latin Iberoamerican Society of Radiosurgery
Dr. María Victoria Redondo Vega: Coordinator of the Master in Central Nervous System Radiosurgery.
Coordinator of Hospitals and Care Centres of the Alfonso X el Sabio University. Adjunct of Hospitals. Coordinator of GME Clinical Practices. Coordinator of Digital Health. Coordinator of History of Medicine. Faculty of Medicine UAX.
Applicants must be qualified as Radiation Oncologists, Neurosurgeons or be in training, residents in Radiation Oncology and Neurosurgery.
Faculty
Train in the Master's Degree in Central Nervous System Radiosurgery with the best professionals.
This edition of the Master in Central Nervous System Radiosurgery has 10 limited places.
You can access the Master in Central Nervous System Radiosurgery by following the steps detailed below:
To start the admission process you will need to provide the following documentation:
You can send your documentation by e-mail to gestionacademica@uax.es - Admissions.
After carefully evaluating the information provided, you will be informed if you have been selected for our programme.
