662 Matthys, I
For neurodegenerative applications, a combination of Dihexa (synaptogenesis), Cerebrolysin (broad neurotrophic support), and Pinealon (epigenetic neuroprotection) addresses connectivity loss, growth factor deficiency, and oxidative vulnerability in parallel
It blocks oxidative damage released from ferritin channels post-injury, enhancing regeneration in skin, hair follicles, stomach lining, bone tissue, and nails
Therefore, in-depth analysis of the exact regulatory network of Bacteroidetes in the pathogenesis of OA through the gut-joint axis, and clarification of the functional specificity of different Bacteroides strains and their interactions with host metabolism, immune and inflammatory pathways, are of great theoretical and clinical significance for accurately understanding the mechanism of the influence of gut microbiota on OA and developing probiotic intervention strategies targeting specific strains