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Biallelic Variants in RNU6ATAC Result in a Minor Spliceopathy Characterized by Transcriptome-Wide Minor Intron Retention Events and Short Stature with Variable Multisystem Manifestations

Genome-Wide Analysis of RNU6ATAC Variants The investigation of RNU6ATAC variants has unveiled significant insights into the genetic underpinnings of minor

Biallelic Variants in RNU6ATAC Result in a Minor Spliceopathy Characterized by Transcriptome-Wide Minor Intron Retention Events and Short Stature with Variable Multisystem Manifestations Read Post »

Biallelic Variants in RNU6ATAC Result in a Minor Spliceopathy Characterized by Transcriptome-Wide Minor Intron Retention Events and Short Stature with Variable Multisystem Manifestations

Background on RNU6ATAC and Minor Spliceopathy RNU6ATAC is a crucial component of the spliceosome, the cellular machinery responsible for the

Biallelic Variants in RNU6ATAC Result in a Minor Spliceopathy Characterized by Transcriptome-Wide Minor Intron Retention Events and Short Stature with Variable Multisystem Manifestations Read Post »

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