Serpil Taheri

The paper integrates metabolomic and transcriptomic data from ADPKD patients to identify metabolic reprogramming linked to cystogenesis and disease progression.

The paper analyzes DNA/RNA hybrid profiles in blood from autistic patients and healthy controls, identifying differences in mRNA and non-coding RNA regions and their regulatory roles.

This study shows that head trauma increases R-loop structures and telomere shortening, impairing HPA-axis functions and potentially leading to genomic instability.

This study injects RNA from the sperm of fathers with autistic children into mouse eggs to induce autism-like behavioral and glial cell changes in offspring.

This study identifies miRNAs downregulated in ASD patients and uses machine learning to predict prognostic biomarkers for improved ASD diagnosis.

The paper experimentally alters miRNA profiles in mouse embryos, leading to heritable phenotypes and behavioral changes resembling ASD features.

The paper investigates the decline in six miRNA levels from parents to children with autism and links their down-regulation to autistic behavior.

The paper investigates TERRA-DNA hybrids in psoriasis, finding increased TERRA levels and decreased RNase-HII transcripts, suggesting unresolved DNA/RNA hybrids contribute to genomic instability and skin lesions.