{Reference Type}: Journal Article
{Title}: Electrophoretically Snagging Viral Genomes in Wormlike Micelle Networks Using Peptide Nucleic Acid Amphiphiles and dsDNA Oligomers.
{Author}: Hui K;Yan L;Schneider JW;
{Journal}: Biomacromolecules
{Volume}: 25
{Issue}: 8
{Year}: 2024 Aug 12
{Factor}: 6.978
{DOI}: 10.1021/acs.biomac.4c00332
{Abstract}: We demonstrate that the attachment of 30-170 bp dsDNA oligomers to ssDNA viral genomes gives a significant additional mobility shift in micelle-tagging electrophoresis (MTE). In MTE, a modified peptide nucleic acid amphiphile is attached to the viral genome to bind drag-inducing micelles present in capillary electrophoresis running buffers. Further attachment of 30-170 bp dsDNA oligomers drastically shifts the mobility of the 5.1 kB ssDNA genome of mouse minute virus (MMV), providing a new mechanism to improve resolution in CE-based analysis of kilobase nucleic acids. A model based on biased-reptation electrophoresis, end-labeled free-solution electrophoresis, and Ferguson gel-filtration theory is presented to describe the observed mobility shifts.