{"type": "root", "children": [{"type": "p", "children": [{"type": "t", "text": "\nA careful review of the provided literature reveals that none of these studies address or mention any role for TSPY3. Instead, the abstracts collectively elaborate on a wide range of molecular functions—from the regulation of lipid metabolism and innate immune responses (via molecules such as CD36, lysosomal acid lipase, CH25H, and 25‐hydroxycholesterol) to mechanisms controlling cellular differentiation and migration (involving JAM family proteins, Id proteins, and transcriptional regulators such as Grainyhead‐like and PHF2). In addition, several studies describe antiviral pathways, mitochondrial protein import in neurodegeneration models, and even control of stem cell fate in both neural and spermatogenic lineages. Despite the broad mechanistic insights these reports offer, none provide data pertinent to TSPY3, leaving its function uncharacterized in this collection of studies. 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