Energy deficiency instead of pure oxidative stress: New data show that in Friedreich’s ataxia, disturbances in fatty acid and ketone body metabolism in particular contribute to selective neurodegeneration. The article explains the pathophysiology, explains the neuronal vulnerability and shows which metabolic signaling pathways could be addressed therapeutically in the future.
Autoren
- Dr. Ulf Blanke
Publikation
- InFo NEUROLOGIE & PSYCHIATRIE
Related Topics
You May Also Like
- IBD in childhood
Pneumococcal vaccination without negative consequences
- Seborrheic Dermatitis in Adults and Adolescents
Current State of Knowledge and New Therapeutic Approaches
- Plastic surgery and reconstructive microsurgery for DFS
Functional limb preservation between infection control, vascular medicine and resurfacing
- Orthobiologics for knee osteoarthritis
PRP and hyaluronic acid injections as building blocks in a multimodal concept
- Soft tissue sarcomas of the lower extremity
Diagnostics, subtypes and treatment options
- Psychological dependence on AI assistants, smartphones and short videos
Algorithms, avatars and the unburdened mind
- Psychooncology
Communication as the key to therapy adherence
- The Brain and the Motivation to Eat