Wrapping of origin DNA around these filaments may promote DNA unwinding and ... M., Jeruzalmi, D. Helical proteins initiate replication of DNA helices. Nat Struct Mol Biol 13, 665 ...

【导读】随着信息技术的飞速发展，传统存储方式已经逐渐无法满足大数据时代的需求。在此背景下，DNA信息存储技术应运而生，通过利用DNA分子 ...

Another conceptual leap occurred in 2006, with the demonstration of DNA 'origami' 6.This strategy uses a long, single-stranded DNA — for example, the genome of the M13 virus — as a scaffold ...

DNA origami, a fascinating technology that uses algorithms to design self-assembling 2- and 3D nanostructures using DNA helices, has added a new member to its growing catalog: multilayered capsule ...

For 60 years, the DNA double helix has provided an iconic image of how our genetic information is held and how it reproduces. Now scientists at the University of Cambridge in the UK – where Watson and ...

The Beginnings of DNA Origami. In the early 1990s as an undergraduate student at Caltech, Paul Rothemund, now a computer researcher there, took a computer science class that introduced him to the ...

DNA toolkit double-helices can been coaxed into useful shapes Researchers in the US and Germany have developed a new way to transform DNA into complex shapes by making the molecules twist and bend.

A new analysis of ancient genomes is deepening scientists’ understanding of the Neanderthal DNA carried by human populations in Europe and Asia — genetic traces that may have medical relevance ...

DNA is a molecule that exists in almost every living thing, telling it what it should look like and how it should function. Learn more about the building block of life.