DNA has gained significant attention as a promising hydrogel material thanks to its customizable physicochemical properties, leading to the development of various DNA hydrogels. However ...

DNA has gained significant attention as a promising hydrogel material thanks to its customizable physicochemical properties, leading to the development of various DNA hydrogels. However ...

DNA has gained significant attention as a promising hydrogel material thanks to its customizable physicochemical properties, leading to the development of various DNA hydrogels. However ...

Tokyo University of Science researchers have created optimized DNA hydrogels with possible biomedical uses by utilizing reduced Takumi-shaped DNA nanostructures. The study was published in the ...

DNA is more than just a genetic molecule. Its physical structure and predictable behavior also make it a versatile biological building material. Indeed, DNA has been used to create nanoscale robots, ...

Melatonin supplementation may help offset the DNA damage associated with night shift work by boosting the body's ability to repair it, suggest the findings of a small clinical trial published ...

DNA is a chemical polymer that is unstable in ... Thus, even embedding the nucleic acid in a polymer hydrogel or agar is not optimal for long-term storage. Eventually, bacteria and mold will ...

DNA delivery using lipid nanoparticles results ... Here, the authors report the preparation of a PVA/PEG hydrogel with a cartilage-inspired structure, with high compressive strength and low ...

DNA has gained significant attention as a promising hydrogel material thanks to its customizable physicochemical properties, leading to the development of various DNA hydrogels. However, current ...

DNA has gained significant attention as a promising hydrogel material thanks to its customizable physicochemical properties, leading to the development of various DNA hydrogels. However, current ...