Learn about the development of current lines of research on pain and its impact on the development of research in this field.
Recognize the impact of the new molecular basis of neural signalling on the possibilities of pain research
Integrate new pharmacological therapy guidelines in complex pathologies that cause pain
To know about recent advances in invasive and non-invasive techniques that allow an approach to pharmacological and non-pharmacological treatment of pathological processes that occur with pain
Know and apply research methodology in the study of pain
Know the legislation on the design and accomplishment of biomedical studies, with special emphasis on bioethical aspects and the peculiarities of clinical trials focused on pain and analgesia
Know about recent genetic and molecular advances that explain the pharmacological and non-pharmacological treatment of pain.
Demonstrate proficiency in locating, accessing, and critically reviewing scientific literature in the area of knowledge
Design and lead a research project in the area of pain, as well as being able to write and discuss a scientific article in the field of a specialized journal about that area.
Understand and recognize the anatomical and physiological mechanisms that regulate pain perception under physiological conditions
Understand and recognize the responsible pathophysiological mechanisms that determine the development of pain
Recognize and understand the main pathological entities that cause pain in clinical practice
Understand the fundamentals of action, indications and efficacy of therapeutic interventions in pain, based on available scientific evidence
By always respecting the professional competencies granted by the original degree (degree, diploma or bachelor's degree), studentwill be able to apply this knowledge to their professional practice for the benefit of patients and/or will be able to research, contribute and expand scientific knowledge of the mechanisms involved in pain and analgesia
Know the structure and function of cells. Biomolecules. Cellular communication. Excitable membranes
Understand and recognize the normal structure and function of the central and peripheral nervous system, at molecular, cellular, tissue, organic, and systems levels
Know the basic concepts of biostatistics and their application to medical sciences. Understand and interpret statistical data in the medical literature. Be able to design and conduct simple statistical studies using computer programs and interpret the results