The study of nanofluidic dynamics, particularly concerning DNA and semiflexible polymers, has gained significant attention in recent years. This field explores how these molecules behave when confined ...

Molecular instructions in living cells can be timed rather like the notes or chords in a piece of music. For example, a finite number of genes can be activated and expressed in different orders, for ...

Guest molecules slice through droplets of DNA polymers in the form of a frontal wave / Basis for a better understanding of biological processes. (Nanowerk News) Researchers at Johannes Gutenberg ...

Polyethyleneimines (PEIs) are extensively researched as non-viral vectors for gene and medication delivery because of their capacity to condense nucleic acids into nanoparticles known as polyplexes. 1 ...

Scientists have uncovered a previously unknown type of molecular motion inside DNA-based droplets: instead of spreading randomly, guest molecules advance in an organized wave. This surprising ...

Inspired by how DNA can pack massive quantities of information into tiny amounts of material, chemists have been working for years on ways to use molecules for data storage. They’ve investigated ...

Scientists find that complex nanopore signals often come from DNA twisting around itself, not knots, reshaping understanding of genetic material analysis. Scientists believed that when DNA passed ...

Accurate monitoring of nanoparticle size and growth is essential to ensure scalability in the development of transfection vectors for gene delivery. This study highlights how Spatially Resolved-DLS ...

Nanofluidics represents a transformative frontier in understanding the behaviour of DNA and semiflexible polymers under extreme confinement. By exploiting nanochannels and other nanoscale ...

Guest molecules slice through droplets of DNA polymers in the form of a frontal wave / Basis for a better understanding of biological processes Researchers at Johannes Gutenberg University Mainz (JGU) ...