The course is provided at the Danube University and supported by the European Federation of Autonomic Societies.
By Walter Struhal

Walter Struhal
The autonomic nervous system (ANS) regulates the synergistic action of all visceral organs and homeodynamic processes. ANS is involved in the course of many neurologic and systemic diseases. Recently, ANS involvement including postural tachycardia syndrome was identified to play a significant role in cases with post-COVID condition.
ANS diseases may cause various dysfunctions, for example, transient loss of consciousness, sweating disorders, digestion, and urinary and sexual function. Autonomic involvement may be generalized, or focal. It may involve central, and/or peripheral ANS structures. The transformation of this appealingly complex pathophysiology into a clinical picture helps to explain the patient’s symptoms, define the syndrome and initiate treatment. A number of therapies are well-investigated but “off-label.” Diligent transformation of literature research into state-of-the-art therapeutic strategies is therefore an important competence of a clinical autonomic neuroscientist.
European Program of Clinical Autonomic Neuroscience
The European Federation of Autonomic Societies (EFAS), together with the Danube University Krems, and the Karl Landsteiner University of Health Sciences have initiated the first Pan-European University Course to study techniques on bedside and lab investigations of ANS disorders and common strategies of therapeutic management. This academic postgraduate course takes one year and will be completed with a university diploma.
This program is open to medical doctors in training and specialists of all disciplines. This program is open for registration. Register now. •


This year’s meeting on environmental health took place over two days and in a hybrid format in order to allow active participation unencumbered by travel. Participants and speakers from all over the world were able to gather, report findings as well as discuss relevant topics. Day 1 included sessions on neurotoxicology, exposure science, and the clinical approach of exposure sciences. Day 2 included neurological impacts of climate change, health impacts of air pollution, long COVID as well as diseases and environmental risk factors.
Thanks to World Federation of Neurology, I had the opportunity to attend the Eighth European Academy of Neurology Congress June 25-28, 2022, in Vienna Austria.
During the three days of the conference, I was in sessions revolving around different interesting topics in the field. I am highly interested in inflammatory diseases, and thanks to this opportunity I was able to attend multiple sclerosis discussions. The highlight of my journey was the plenary symposium about improving lives and reducing burden. It was interesting to me as a medical doctor from a low-income country.
There is no objective test for migraine. Migraine cannot be proven with a scan, blood test, or EEG. The neurological examination during and outside attacks is usually normal. A diagnosis of “migraine” can only be made on the words with which patients describe past experiences. Their words must be “read” to get a diagnosis. Based on sparse, remembered, and metaphorical information, doctors worldwide make a diagnosis of migraine to distinguish it from, for example, tension-type headaches, a diagnosis that is also based on words.












In March, the Nominating Committee of the WFN invited nominations for the positions of: