- Report
- May 2023
- 201 Pages
Global
From €4111EUR$4,650USD£3,549GBP
- Report
- March 2023
- 120 Pages
Global
From €5261EUR$5,950USD£4,542GBP
- Report
- August 2024
- 187 Pages
Global
From €3979EUR$4,500USD£3,435GBP
- Report
- July 2024
- 185 Pages
Global
From €3979EUR$4,500USD£3,435GBP
- Report
- September 2023
- 140 Pages
Global
From €3182EUR$3,599USD£2,747GBP
- Report
- July 2025
- 150 Pages
South Korea
From €3404EUR$3,850USD£2,939GBP
€4288EUR$4,850USD£3,702GBP
- Report
- July 2024
- 123 Pages
Africa, Middle East
From €1326EUR$1,500USD£1,145GBP
-
Journal - August 2025
- 58 Pages
Global
From €376EUR$425USD£324GBP
- Book
- November 2022
- 496 Pages
- Book
- February 2024
- 496 Pages
- Book
- March 2023
- 544 Pages
- Book
- October 2022
- 592 Pages
- Book
- June 2022
- 336 Pages
- Book
- March 2022
- 896 Pages
- Book
- June 2021
- 976 Pages
- Book
- May 2021
- 560 Pages
- Book
- February 2021
- 544 Pages
- Book
- January 2021
- 400 Pages
- Book
- January 2020
- 536 Pages

Metabolic engineering is a branch of biotechnology that focuses on the manipulation of metabolic pathways in living organisms to produce desired products. It involves the use of genetic engineering, biochemistry, and molecular biology to modify the metabolic pathways of an organism to increase the production of a desired product. Metabolic engineering is used to produce a variety of products, including pharmaceuticals, food ingredients, and biofuels. It is also used to improve the efficiency of existing processes, such as fermentation.
Metabolic engineering is a rapidly growing field, with applications in a variety of industries. It is used to develop new products, improve existing processes, and reduce costs. It is also used to develop new technologies, such as synthetic biology and gene editing.
Some companies in the metabolic engineering market include Amyris, Ginkgo Bioworks, Novozymes, and Synthetic Genomics. Show Less Read more