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Recently, there has been a major breakthrough in the field of biology.

In the field of biomanufacturing, enterprises face a seemingly unsolvable challenge - the scale cost paradox.

Synthetic biology is a comprehensive discipline aimed at designing and constructing new biological components, devices, and systems, or redesigning existing biological systems to achieve specific functions.

How to enable fermentation control software to dynamically analyze metabolic pathways, achieve intelligent control from "experience driven" to "model predictive driven", and significantly improve the efficiency and stability of the fermentation process?

Let's talk intuitively about the current bioreactor.

Take a look at 10 synthetic biology leaders presenting their latest perspectives!

In recent years, with the changes in the international trade environment and the upgrading of the biopharmaceutical industry, the domestic substitution process of bioreactors, the core equipment of biopharmaceuticals, has accelerated.

In industrial fields such as biopharmaceuticals and food fermentation, the parameter control of bioreactors can be regarded as a "dance on the tip of the knife".

parallel bioreactor systems

With the rapid development of the antibody drug field, animal cell culture processes are constantly being updated and optimized, and the culture scale has expanded from the early hundred liter level to the ten thousand liter level.

Recently, the journal Nature announced seven breakthrough technologies worth paying attention to globally in 2025, of which four are exclusive to the field of life sciences.

In the context of global economic integration, the changes in Sino US trade relations have had a profound impact on the biopharmaceutical industry.

High throughput process development (HTPD) has emerged and its importance is constantly increasing in the industry.

Microbial reactors, animal cell reactors, and plant cell reactors differ mainly in the following aspects.