P2RX2 exon-2 indel disrupts splicing and reduces receptor output in one DFNA41 family
A single-family functional study found that a heterozygous P2RX2 exon-2 insertion-deletion caused aberrant splicing and reduced P2X2 output, supporting a ...
A single-family functional study found that a heterozygous P2RX2 exon-2 insertion-deletion caused aberrant splicing and reduced P2X2 output, supporting a ...
A single-patient study showed that a deep intronic MFSD8 variant causes CLN7 disease by triggering abnormal pseudoexon inclusion that disrupts ...
A new study shows that synonymous PROS1 variants once considered harmless can cause Protein S deficiency through aberrant splicing and ...
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© 2025 Scienmag - Science Magazine