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SPIN2P1 (spindlin family member 2B pseudogene 1) is a human pseudogene classified in the spindlin family. It does not encode a functional protein and has no known biological or disease roles. Its high sequence similarity to adjacent protein-coding genes can cause confusion and misclassification in clinical genetic testing, impacting interpretation of disease risk, particularly in cancer genetics. Unlike its protein-coding paralog SPIN2B, SPIN2P1 should not be considered a therapeutic target, and its variants should not be interpreted as pathogenic unless evidence demonstrates a direct functional impact. SPIN2B (spindlin family member 2B), the protein-coding gene, is involved in regulation of cell cycle progression, apoptosis inhibition, and histone modification (H3K4me3 binding); however, these functions do not apply to SPIN2P1. SPIN2P1's status as a pseudogene has led to reclassification of some variants previously associated with disease risk once it was shown that they are located in SPIN2P1, not in the functional gene.
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