Maria Erali

ARUP Institute for Clinical and Experimental Pathology

Papers

Total Citations

195

H-Index

About

Maria Erali has made foundational contributions to molecular diagnostics, particularly in the development of high-resolution melting (HRM) analysis for gene scanning. Her landmark 2010 paper on HRM, cited over 167 times, established a rapid, closed-tube method for detecting sequence variations without the need for costly probes or sequencing, revolutionizing mutation scanning in clinical and research settings. Erali’s work also advanced DNA extraction technologies; her 2004 study on purifying genomic DNA from human blood using nanoporous aluminum oxide membranes demonstrated a novel, efficient alternative to traditional phenol-chloroform methods. This innovation, cited 28 times, addressed critical challenges in sample preparation for molecular assays. Her research bridges the gap between robust sample processing and sensitive mutation detection, enabling more accessible and cost-effective genetic analysis. Erali’s contributions have been instrumental in streamlining workflows for diagnostic laboratories, and her methods remain widely adopted in fields from oncology to infectious disease. Through her pioneering work, she has enhanced the precision and practicality of molecular diagnostics, leaving a lasting impact on genetic testing and personalized medicine.