BMC Neurology is now welcoming submissions to a new Collection on pathophysiology and therapeutic advances in post-COVID syndrome. The unprecedented global health crisis brought about by the SARS-CoV-2 virus has left a lasting impact on individuals, with a significant subset experiencing persistent neurological symptoms long after the acute infection has resolved. This Collection aims to delve into the underlying mechanisms driving these post-COVID neurological sequelae and explore the latest therapeutic advances in managing these conditions.
The persistent neurological symptoms observed in individuals with post-COVID syndrome not only significantly impact their quality of life but also pose challenges to healthcare systems worldwide. By delving deeper into the mechanisms driving these complications, we can tailor interventions more effectively, potentially reducing the long-term burden on both patients and healthcare resources. Interdisciplinary research has already yielded promising results. Recent advances include the identification of specific inflammatory pathways associated with post-COVID neurological symptoms, paving the way for targeted interventions. Continued research holds the promise of refining existing treatments and uncovering novel therapeutic modalities, potentially offering relief to a broader spectrum of individuals affected by post-COVID syndrome.
Topics of interest to this Collection include, but are not limited to:
- Viral neurotropism in post-COVID neurological sequelae
- Immunopathogenesis of post-COVID neurological complications
- Mast cell activation syndrome in the context of post-COVID syndrome
- Inflammatory pathways driving neurological symptoms in COVID-19 survivors
- Post COVID and ME/CFS: one or two diseases
- Microvascular Injury and blood clotting disorders post-COVID
- Interdisciplinary approaches to understanding post-COVID neurologic pathophysiology
- Plasmapheresis for treating post-COVID condition
- Antiviral therapy of COVID-19 and post-COVID risk
- Antihistamines and post-COVID syndrome
- Therapeutic advances in alleviating cognitive dysfunction in post-COVID syndrome
- Exploring biomarkers for diagnostic challenges in post-COVID neurological manifestations
- Rehabilitative strategies for peripheral nervous system involvement in post-COVID Syndrome
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