Skip to main content

Freely Speaking: Washington Post - Ariana Eunjung Cha: "Companies rush to build ‘bio-factories’ for medicines, flavorings and fuels"



As of late, Amyris has been in the news quite a bit. Another article surfaced in the Washington Post just a few days later titled "Companies rush to build ‘bio-factories’ for medicines, flavorings and fuels". For the most part, the article echoes the content found in the New York times article. However, I wanted to emphasize the following bits:



  1. First, I think the analogy of developing new apps on a phone being equal to making yeast produce new sustainable chemicals is quite a cute analogy. The reason: to get yeast to make these new substances does not take a complete rewrite of the yeast OS. A small fraction of the entire yeast genome was modifed to achieve the results we have been achieving. This leads me to the second point.
  2. The whole point of the app analogy is that we are not rewriting large parts of the yeast OS! Unfortunately, the author got a bit confused when she wrote:
    "Unlike traditional genetic engineering, which typically involves swapping a few genes, the scientists are building entire genomes from scratch."
    We are definitely not in the business of rebuilding genomes. There are other companies that are striving towards that goal (e.g.: Synthetic Genomics), but we are not doing that as far as I know. I think the whole point of our approach is rather that in contrast to  traditional genetic engineering which was manually very intensive so that typically one or a very small number of genes would have been manipulated, our technologies have been built to allow for large-scale, mostly automated, strain building. When it becomes possible to build thousands of strains per week, design paradigms like "build-test-learn" cycles become much more feasible. No longer, do we need to understand everything upfront. We can acknowledge that our understanding of the metabolic network is incomplete. Instead we build, test and learn from the many thousand constructs we can build.
  3. I need to read Rachel Carson's "Silent Spring" which is credited to be in many ways the first book in the US that got the environmental movement started. There is supposed to be quote in there where she sees biotechnological solutions as a way to make peace with nature again. This was all the way back in 1962! When I find the exact quote, I will post that quote here as well.

Comments

Popular posts from this blog

Focus on Algae - Part I: Bioremediation

After spending the last few blog posts on different aspects of dissimilatory bacteria , I want to switch the focus to a different class of organisms I have been interested in for a long time now. These are the algae. Algae comprise a large diversity of "sea weeds" and an even larger variety of single-celled organisms that mostly are capable of doing photosynthesis. They include the ordinary sea-weed, and make up a portion of the green slime found around the edges and the bottom of a pond. More exotic types of algae can live symbiotically - that is together with another organism in a mutually beneficial way. Lichens are an example of symbiotic relationship between algae and fungi. More information about the evolution and lineage of algae can be found in this wiki article . Image via Wikipedia Typically, these organisms are either not mentioned at all or only in conjunction with toxic algal blooms. But lately, algae, of course, have been in the news recently because of the p...

Permaculture: nature is still smarter than us

Permaculture In the year 2010, there are many aspects of humans' daily life that would lead us to believe that we have dominated nature. Unlike the thousands of other species that have gone extinct, we have settled and thrived in almost every environment and every continent on this planet, aside from Antarctica. We have eradicated diseases like smallbox and subdued other diseases which previously decimated our populations on a massive scale (see The Black Death in the 1300s and Columbus' “discovery of the Americas in 1492). We have created chemicals that allow us to blast weeds and insects into submission and thereby cultivate thousands of acres of the same species on farmland; an environment that would be impossible in nature. But nature is still smarter than us. A lot smarter. And we still have much to learn from its processes. Permaculture is the idea of mimicking the ways that ecosystems work in the context of essential human activities: house and settlement design, farming...

Sustainable Living - One Step at a time: Toilet Paper

Introduction It's been a while since last, I posted here. Today, I want to introduce another blogging series which I call "Sustainable Living - One Step at a time" In the past, I have often written and talked about interesting new technologies and ideas in the biological field, some of which could be used to reduce the impact human kind makes on the environment. Although many dedicated brains are tackling these interesting challenges, there are even more who are not working in these kinds of fields. What can other people do to reduce one's impact on the environment? Generally, by adapting a more sustainable approach of living.  Because so many habits and other aspects of life would need to be changed, many people may not feel that it is worth pursuing these efforts because the perceived sacrifices would be too big. Alternatively, one may not know where to start. I do not exclude myself it the latter group. So, instead of trying to do everything at the same tim...