id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
bam-14034	Maccarone, Maria Chiara; Paramento, Matilde; Passarotto, Edoardo; Contessa, Paola; Rubega, Maria; Formaggio, Emanuela; Masiero, Stefano	Reply to Before scoliosis can be attributed to the variant c.326G>A in MYH3, its pathogenicity must be proven	2025	3	.pdf	application/pdf	1406	63	37	Additionally, considering the role of MYH3 in muscle function, further studies could explore whether this variant might contribute to neuromuscular dysfunction affecting respiration or cardiovascular health.3 Finally, we acknowledge that the interpretation of EEG spectral analysis in scoliosis remains an emerging area of research.6 While our findings suggest altered sensorimotor processing, further studies are needed to validate EEG as a reliable biomarker in the pathophysiology of scoliosis.5,6 Specifically, prospective studies comparing EEG spectral analysis in scoliosis patients versus controls, along with additional neurophysiological and biomechanical assess- ments, could provide more robust evidence regarding the potential role of altered cortical activity in the pathogen- esis of scoliosis. As part of a broader study investigating idiopathic scoliosis, a neurophysiological as- sessment was conducted, allowing for a more comprehen- sive evaluation of the patient’s condition.5	cache/bam-14034.pdf	txt/bam-14034.txt