Nociceptive Processing of Elite Athletes Varies between Sport-Specific Loads: An EEG-Based Study Approach.

Introduction: For the downstream nociceptive processing of elite athletes, recent studies indicate that athletes probably tolerate more pain as compared with a normally active population. Phenotyping the nociceptive processing of athletes in different types of endurance sports can provide insight into training-specific effects, which may help in understanding the long-term effects of specific exercise.

Methods: Twenty-six elite endurance athletes from the disciplines of rowing, triathlon, and running and 26 age- and sex-matched, recreationally active control subjects who participated in the subjective pain perception and processing of standardized noxious stimuli were investigated by EEG.

EEG-based sensory testing reveals altered nociceptive processing in elite endurance athletes.

Increased exercise loads, as observed in elite athletes, seem to modulate the subjective pain perception in healthy subjects. The combination of electroencephalography (EEG) and standardized noxious stimulation can contribute to an objective assessment of the somatosensory stimulus processing. We assessed the subjective pain ratings and the electroencephalogram (EEG)-based response after standardized noxious mechanical and thermal stimuli as well as during conditioned pain modulation (CPM) in 26 elite endurance athletes and compared them to 26 recreationally active controls.

Between clinical practice, teaching and research - a project report on the development and implementation of a career mentoring curriculum for female clinician scientists.

Objectives: Despite the high proportion of female medical students, the leading positions in almost all medical departments are still considerably less often held by female clinicians than by male. The aim of this project report is to introduce a career mentoring curriculum for female clinician scientists at Ruhr-University of Bochum in Germany.

Methods: The career mentoring program was developed for young female clinician scientists who aim for a leading position in academic medicine.