… However, due to its general neuroprotective effects increasing BDNF signaling is likely to
succeed in reducing the disease symptoms or in preventing its progression, even without …

… BDNF is important for normal muscle mass and functional maintenance and mediates
exercise-induced enhancement of cognitive function and energy metabolism, but BDNF is not …

… Mitochondrial dysfunction is a key driver of MS pathophysiology. Axonal energy deficiency
… of MS, there are currently no definitive biomarkers for MS. In conclusion, further research is …

… Accordingly, we reviewed the characteristics of the gut microbiota in SCI patients and
analyzed the potential of using the gut microbiota as a biomarker to evaluate motor and intestinal …

… In addition, we recommend that further genetic risk or biomarker studies should be conducted
in this subgroup of patients. Therefore, the precise intervention can apply earlier in this …

… Changes in biological markers of neuronal function have also been detected in METH
users, such as a decreased glucose metabolism in the left insula, left precentral gyrus, and …

… Sleep disorders cause cognitive dysfunction in which impaired neuronal plasticity in the
hippocampus may underline the molecular mechanisms of this deficiency. Since sirtuin 1 (SIRT1…

… processes in Alzheimers disease: an updated hypothetical model of dynamic biomarkers …
Associations between Alzheimer disease biomarkers, neurodegeneration, and cognition in …

… increased lipid peroxidation and the extent of the disease (Simpson et al., 2004). Further
works are still needed to fully determine if oxidative stress could be used as a biomarker in ALS. …

… By enhancing our understanding of the genetic causes of CP, we intend to highlight
potential targets for therapeutic intervention and pave the way for personalized treatment …