Machine Learning Enables Rapid Detection of Unamplified mtDNA
We are excited to share groundbreaking research from out lab. Recently featured on the university's website, showcases an innovative approach for detecting mitochondrial DNA (mtDNA) without the need for amplification—a significant advancement in the fields of diagnostics and genomics.
Our innovative nanotechnology enables direct analysis of native mitochondrial DNA without amplification, dramatically improving both speed and accuracy. This breakthrough will accelerate research into mitochondrial dysfunctions linked to cancer and neurodegenerative diseases.