Characterization and minimization of band broadening in DNA electrohydrodynamic migration for enhanced size separation

We report a detailed study of band broadening in a microfluidic chip for DNA separation by means of electrohydrodynamic viscoelatic migration.

Molecular bacteriology laboratory works

The training manual includes information about total nucleic acids (DNA and RNA) from pure soil water samples, genomic RNA and plasmid DNA separation from pure bacterial cultures, quantitative DNA testing, quantitative phylogenetic testing. Methods of cloning, sequencing, bioinformatics analysis of the obtained sequences are presented. The manual includes brief theoretical information covering the topic, laboratory works, as well as tasks for their implementation. This unique manual of molecular microbiology laboratory works in Armenian language is intended for students, PhD students specialized in the field of Biology.

Gel-on-a-chip: continuous, velocity-dependent DNA separation using nanoscale lateral displacement

We studied the dsDNA trajectories being advected while diffusing in a pressure driven flow in a nanoDLD array.

Modeling of DNA transport in viscoelastic electro-hydrodynamic flows for enhanced size separation

DNA separation and analysis have advanced over recent years, benefiting from microfluidic systems that reduce sample volumes and analysis costs, essential for sequencing and disease identification in body fluids.