Synthetic Biology

Public perception of synthetic biology remains extremely hazy. 'Synthetic Biology' delves into how the living world around us can be used as a tool for progress, whether through the engineering of molecules, or for the vast range of applications in medicine, energy and the environment.

Preosteoblast cells growing on self-templated M13 supramolecular tissue engineering matrices (colour composite image). Image credits to: Dr. Woojae Chung, University of Berkeley, wchunglbl.gov

Viral Building Blocks Mimic Cornea and Bone Tissue

A real challenge in tissue engineering lies in the design and manufacture of materials that mimic the complex, hierarchical organisation of tissues in the human body. While is it possible to grow stem cells in the »
by Zara Mahmoud on 7th Mar 2012
Engineered E. coli cells produce biodiesel from sugar (seen here as oil droplets surrounding the cell). Image credit: Marcin Zemla and Manfred Auer, JBEI  Source: http://newscenter.lbl.gov/news-releases/2010/01/27/microbes-produce-biofuels/

Synthetic Biology and the Biofuel Revolution

In November 2011, NNFCC – the UK’s National Centre for Biorenewable Energy, Fuels and Materials –published a report urging for a substantial increase in investment into research on new types of bio-fuel for energy »
by Zara Mahmoud on 14th Dec 2011
Source: http://nextbigfuture.com/2010/11/research-that-shows-path-to-cure-for.html

Expanding Nature’s Toolkit – How Synthetic Biology is Changing the Face of Medicine

In the 1970’s the first genetically engineering bacteria were used to produce human insulin on a commercial scale. Since then, several other protein-synthesising DNA »
by Zara Mahmoud on 27th Sep 2011
Synthetic Biology

Synthetic Biology: Engineering Life or Engineering For Better Life?

This is the first in a series of articles on synthetic biology, touching upon its applications and implications. It will attempt to cover recent highlights in this »
by Zara Mahmoud on 8th Sep 2011
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