Приклади вживання Synthetic biology Англійська мовою та їх переклад на Українською
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Synthetic biology.
I love to do synthetic biology.
How synthetic biology will change us.
Key advance in synthetic biology.”.
Synthetic biology is the new frontier of genetic engineering.
What Can We Expect from Synthetic Biology?
Synthetic biology may give us the tools to get there.
One of her central interests is synthetic biology.
Synthetic biology, on the other hand, creates genes from scratch.
And then we are talking also about materials, synthetic biology.
THE PROJECT Synthetic Biology is a new approach to genetic engineering.
Leduc, a hundred years ago, considering a kind of synthetic biology:.
For instance, synthetic biology seeks to write biology as a design problem.
American experts fear the consequences of synthetic biology.
To Kiesling and others in the field, synthetic biology is like developing a new programming language.
Synthetic biology might give us the power to create viruses of unprecedented contagiousness and lethality.
More companies will turn to synthetic biology for innovation.
Synthetic biology is a very active research field, which involves reprogramming the genetic code.
The EPSRC BBSRC Centre for Doctoral Training in Synthetic Biology( SynBioCDT).
Kiesling realized that synthetic biology offered a way to bypass the harvesting process altogether.
At the same time weimplement projects on pharmacogenomics in medical industry and synthetic biology in pharmaceutics.
Similar to genetic engineering, synthetic biology gives scientists the power to tinker with natural DNA.
Synthetic Biology provides opportunities for revolutionary advances in fundamental science and industrial technology.
What happens when such people have mastered synthetic biology techniques that will be widespread by 2050?
Synthetic biology is both the design and construction of new biological parts, devices, and systems and the redesign of existing natural biological systems for useful purposes.
Meagan Lizarazo, EVP at iGEM, a nonprofit foundation advancing synthetic biology innovation within its global network of 35,000 people through education, competition, and industry collaboration.
The(£16) test draws on advances in synthetic biology and rapid gene sequencing to analyse more than 1000 strains of human viruses in one pass.
The EPSRC& BBSRC Centre for Doctoral Training in Synthetic Biology(SynBioCDT) is an exciting new collaboration between the Universities of Oxford, Bristol and Warwick.
Randy Rettberg, president and co-founder of iGEM, a non-profit foundation advancing synthetic biology innovation within its global network of 35,000 people through education, competition and industry collaboration.