Creating genomes from DNA is hugely important for managing threatened species—understanding their past and how they have ...

DNA computing takes advantage of DNA molecular interactions to achieve information processing for liquid-phase computing. This Review discusses designing rules, implementation strategies and ...

DNA and computing have several common functions: sequencing, or reading data, and synthesizing, or writing data. By beginning to manipulate materials at the molecular level, researchers are developing ...

The boundaries of computing are shifting as biology fuses with technology. At the center of this new frontier is an emerging concept: a liquid computer powered by DNA. With the ability to support ...

A recent demonstration from scientists in China that DNA-based computing could program a single array to implement more than 100 billion distinct circuits puts the spotlight on the exciting field ...

In the DNA computer system described, it enables direct readout of the data transcribed into RNA. Solving simple chess and Sudoku puzzles. To demonstrate the capabilities of their system, ...

DNA has been used for years to store data, but encoding information into the molecule is painstaking work. Now, researchers have drastically sped it up by mimicking a natural biological process ...

DNA is nature’s computing device. Unlike data centers, DNA is incredibly compact. These molecules package an entire organism’s genetic blueprint into tiny but sophisticated structures inside each cell ...

DNA computing is the use of nucleotides and their pairing properties in DNA double-helices as the alphabet and basic rules of a programming language. The chemical nature of DNA thus considered as ...

At the center of this new frontier is an emerging concept: a liquid computer powered by DNA. Breakthrough DNA-based supercomputer runs 100 billion tasks at once Skip to main content ...