Advanced cutaneous stimulation (2025)Aalborg University, Doctoral School in Medicine, Biomedical Science and TechnologyWelcome to Advanced cutaneous stimulation Program: BEN Description: In neuroscience, probing of the sensory nervous system often rely on the use of various types of stimuli. Often these stimuli are directed to the skin, thus investigating the cutaneous senses. There are several reasons for choosing cutaneous stimuli, over other somato-sensory senses, or more invasive stimuli, one of which being simplificity, but there are other advantages of cutaneous stimuli which will be introduced. However, there are also several aspects new users must be aware of when using cutaneous stimuli to obtain valid results. For research, and in aspects also clinically, a variety of different stimulation methods have been developed. These different methods allow the tested of different neural mechanism and fiber populations. However, each method is also associated with some potential pitfalls In this course a variety of cutaneous stimulation methods will be introduced and used experimentally. The pros and cons of each method will be discussed and the attention points to ensure valid use, will be explained. This course will consist of classroom lectures as well as practical laboratory workshops. The following types of stimuli will be introduced during this course: · Nerve fiber specific electrical stimulation · Mechanical (von Frey, pinprick) · Vibrotactile · Thermal stimuli (thermode, laser) · Spatial discrimination tasks, like the 2-point discrimination Due to the experimental workshops, this course is limited to 15 participants. Prerequisites: None Form of evaluation: Evaluation by written report. Passed/fail. Key literature: Notes, literature and exercise instruction will be distributed at the course Organizer: Associate Professor Steffen Frahm email: ksf@hst.aau.dk Lecturers: Associate Professor Steffen Frahm Associate Professor Carsten Dahl Mørch Assistant Professor Silvia Lo Vecchio Associate Professor Saba Gervasio, saba@hst.aau.dk ECTS: 1.5 |
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