There's a huge shift happening from petro to bio: in September the White House issued an executive order developing a strategy for the $1T US Bioeconomy. In March it published a set of 'bold goals'. I'm going to highlight some of the key people turning the wheels of government..
.@glagoudas serves as the Senior Advisor for Biotechnology and Bioeconomy at the White House Office of Science & Tech Policy. Georgia is responsible for implementing the Executive Order.
Ali Douraghy is the Principal Deputy Under Secretary for Science & Innovation at the U.S. Department of Energy (DOE), where he leads oversight responsibilities for a $15 billion portfolio of activities.
Sanah Baig is the Deputy Under Secretary for Research, Education, and Economics at the United States Department of Agriculture (USDA) in her role as Deputy Under Secretary, Baig manages the more than $4 billion enterprise for science, technology and innovation.
Christ Szakal serves as the Acting Director of the NIST Program Coordination Office (PCO), which is part of the Department of Commerce. He has worked extensively in interagency coordination efforts and on the bold goal around bio based chemicals.
Theresa Good is the Acting Deputy Assistant Director at @NSF. She works on the Bold Goals for U.S. Biotechnology and Biomanufacturing, emphasizing economic growth and societal challenges. #NSF
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Isn't this animation awesome? It shows what's going on inside every cell in your body right now. If it's foreign to you then come take our interactive synthetic biology course tomorrow in Oakland! synbiobeta.com/attend/synbiob…
We start with an input/output approach to biological systems and engineering principles, then explain where biological molecules come from and how they are formed, what they look like and how they perform such a wide variety of functions.
We then see how these very same properties of native cell function allow us to probe, manipulate, and modify cell function.
Did you know that decentralized science or DeSci emerged on the heels of a wave of citizen and "DIY" biology endeavors, as well as the decade-old open science movement, and is gaining momentum despite the recent chills in the crypto sector? Here’s what it’s all about:
DeSci explores the potential for distributing scientific knowledge across the globe. It offers a unique way to share scientific knowledge, allowing for more collaboration and communication between scientists.
DeSci is still in its early stages, but it has already made a significant impact on the scientific community. This new approach is changing the way we think about science and its potential to make a difference in the world.
20 years ago, synthetic biology was just a pipe dream. It was hard to engineer biology and ship product. It's now getting easier. Here's a list of 10 products of synthetic biology...
A bioengineered houseplant will clean your air — for $179. @neoplants announced the first houseplant genetically engineered to remediate indoor air pollution. sifted.eu/articles/neopl…
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.@PairwisePL is rolling out a new type of mustard greens engineered to be less bitter than the original plant. The vegetable is the first CRISPR-edited food to hit the US market. wired.com/story/wired30-…
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I'm looking forward to this spotlight talk by @ModernMeadow's Dave Williamson at #SynBioBeta2023. He'll be discussing how the company is developing a new category of materials that are built with the toolkit of biology. 2/
Using the power of proteins, they can engineer lightweight materials with superior color, performance, and durability while promoting Lab-to-Brand™ traceability and significantly reducing GHG emissions.
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