Biodesign News

Rittmann bestowed with top civil engineering society, ASU faculty achievement awards


Lindsay receives Regents' Professor honor


'Boosting' research to develop world's fastest nanomotor


Overview

Perhaps the most remarkable thing about the living world around us is the nearly infinite diversity of form and function. At the molecular scale, this diversity is, if anything, even more astounding, showing us that it is possible to use a small number of simple building blocks, like the amino acids that make up proteins, to build incredibly complex molecular-scale machines.

The ability to mimic nature’s methods and integrate them directly with advances in nanotechnology and solid-state electronics design would have a broad impact on our society, leading to such discoveries as a molecular cure for disease, a sensor for a toxin or a complex molecular matrix for computing or display. Read More »

Center News

Chemical cousin of DNA new nanotechnology building block

While scientists are fully exploring the promise of DNA nanotechnology, Biodesign Institute scientist John Chaput is working to give researchers brand new materials to aid their designs. Chaput and his research team have made the first self-assembled nanostructures composed entirely of glycerol nucleic acid (GNA)—a synthetic analog of DNA. Read More »

A new wrinkle in evolution: Man-made proteins

Nature, through the trial and error of evolution, has discovered a vast diversity of life from what can only presumed to have been a primordial pool of building blocks. Inspired by this success, a new Biodesign Institute research team, led by John Chaput, is now trying to mimic the process of Darwinian evolution in the laboratory by evolving new proteins from scratch. Using new tricks of molecular biology, Chaput and co-workers have evolved several new proteins in a fraction of the 3 billion years it took nature. Read More »

“The fact that complex biological systems can dynamically explore such a large structural space is what gives them the ability to respond, adapt and learn. We need to learn how to harness this incredible capability and turn it to our own uses.”

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