Synthetic Biology – News and Features

Researchers have developed a computational simulation that explains a key mechanism of DNA segregation. Their findings pave the way for experimental testing and reveal fundamental biochemical principles.

A research team has used deep learning methods to support de novo protein design, resulting in a 10-fold increase in success rates for a protein binding with its target.

Researchers have developed a way to make conductive, biodegradable wires from designed proteins. They say that these wires have the potential for use in biosensors to diagnose diseases and detect environmental pollutants.

Researchers have developed modified yeast that can feed on a wider range of materials such as leaves, husks, stems and wood chips.

The next 10 years will likely bring gene editing to market for an array of rare conditions. However, making the potential benefits broadly available won’t be without roadblocks. Here, we explore some of the issues the industry will have to contend with.

Featuring expert academic insights, this article will outline recent research advancements in synthetic biology, including novel methods and applications.

This article examines the impact of the democratization of computational design and discusses how synthetic biology companies must shift focus if they are to remain competitive.

A novel approach to synthetic biology could revolutionize how scientists improve plants for bioenergy and agriculture.

Quantum biologists have investigated how protons move in a synthetic form of DNA not yet found in natural life.

A scientific collaboration is experimenting with two new bacteria discovered in the Antarctic ten years ago, in order to verify the possibility of applications in healthcare, food processing and environmental rehabilitation.