Industrial biotechnology and biopharmaceutical manufacturing leverage biology to enable
cellular systems to serve as factories to produce molecules of value to humankind. These …

Laboratory automation with robot-assisted processes enhances synthetic biology, but its
economic impact on projects is uncertain. We have proposed an experiment price index …

The increasing demand for sustainable alternatives underscores the critical need for a shift
away from traditional hydrocarbon-dependent processes. In this landscape …

以微生物或酶为基础的生物制造, 正以其绿色, 环保, 可持续等优势逐渐替代以化石燃料为原料的
传统化工生产模式. 然而, 传统工业生物技术在易染菌, 设备复杂, 难以连续发酵等劣势 …

The construction of microbial cell factories plays a critical role in green biomanufacturing.
The production of chemicals can be achieved using microbial cell factories, instead of …

Synthesis of fluorinated amino acids by low-specificity, promiscuous aldolases coupled to in situ
fluorodonor generation Page 222 CHAPTER NINE Synthesis of fluorinated amino acids by …

The traditional chemical manufacturing based on petroleum as raw material has had
profound impacts in the development of modern society. However, it also has many …

Synthetic biology is an interdisciplinary field of science and technology aimed at developing
methods and approaches to design and construct living systems at different levels of their …

Das Metabolic Engineering ermöglicht es, mikrobielle Stämme zu konstruieren, die
Chemikalien effektiv überproduzieren. Allerdings nutzen die Produktionsstämme Substrate …

At a time when the scope of One Health is expanding, the term “biomanufacturing” has taken
on new significance as a new route to more sustainable manufacturing in the face of the …