The Neurological Field Continues to Update
In recent years, there has been tremendous growth in new diagnostic information, pharmacological and neurosurgical treatments for neurological disease, as well as a greater understanding of brain function. Our news section informs you of ongoing topics with a potential worldwide influence. In addition to this section, we inform through our social media platforms to keep connect with our member more easier than before.
Our subcategories on News include:
- World Federation of Neurology News
We inform you on our projects and activities, the journal updates, the WFN committee update and more... - Neurology News
Update on interesting news and current activities with worldwide scope. From the history of neurology through the modern technology that shape neurology nowadays.
World Federation of Neurology News
12 May 2026
World Neurology: March-April issue now available online
27 Apr 2026
Journal of the Neurological Sciences issue 485 now available
3 Apr 2026
Journal of the Neurological Sciences issue 484 now available
Neurology News
12 May 2026
World Neurology: March-April issue now available online
I’d like to warmly welcome all neurologists — and anyone interested in neurology and brain health worldwide — to the first World Neurology issue of 2026. As this is also the first issue under my tenure as World Federation of Neurology (WFN) president, I’d like to introduce you, our readers, to the WFN. I would also like to briefly introduce myself and our goals for my presidential tenure.
12 May 2026
Stroke preventive strategies and long-term cognitive function: A population-based study
A new study highlights how long-term stroke care strategies can help protect cognitive function in stroke survivors, reinforcing the importance of ongoing management beyond the acute phase. While cognitive impairment remains common after stroke, the findings show that targeted treatment approaches can significantly reduce this risk.
7 May 2026
Evidence for compromised function of the glymphatic system in pediatric acquired demyelinating disorders
A new study explores glymphatic system dysfunction in children with pediatric acquired demyelinating syndromes (PADS), highlighting a potential but under-recognised mechanism in neurological disease. While disruptions to the brain’s waste clearance system have been identified in adults, their role in paediatric cases has remained largely unclear.
