Hans Guttormur Thormar

TL;DR: A two-dimensional conformation-dependent electrophoresis (2D-CDE) method for separating DNA fragments based on length and conformation in the first dimension and only on length in the second dimension that could be used in both analytical and preparative applications involving complex DNA samples.

TL;DR: In this paper, small-scale electrodes and gaps subjected to repeated short bursts of AC voltage were used to improve droplet coalescence and growth for water harvesting by actively bashing smaller droplets together to form larger ones.

TL;DR: Two-dimensional strandness-dependent electrophoresis (2D-SDE) has many applications in analyzing complex nucleic acid samples including estimation of renaturation efficiency and kinetics, monitoring cDNA synthesis, detection of nicked DNA fragments, and estimation of quality and in vitro damage of nucleic Acid samples.

TL;DR: Two-dimensional strandness-dependent electrophoresis is useful for revealing important characteristics of complex nucleic acid samples in manipulations such as amplification, renaturation, cDNA synthesis and microarray hybridization and can be used to identify mispaired, nicked or damaged fragments in double-stranded DNA.

TL;DR: In this paper, a two-dimensional gel electrophoresis apparatus is described, where a pair of opposed edges are defined by groups of discrete electrodes, and discrete electrodes within each group are electrically isolated from each other while the other pair of opposing edges are used to generate an electrical field.