A few days ago, I had a meeting with a client who wrote the old saying again in the URS:
The internal cleaning of the fermentation tank must be 100% covered and there must be no dead corners

AI and automation are driving the upgrade of this core capability

Based on efficient and stable biocatalysts, precise control of environmental parameters, directional guidance of metabolic flow, combined with real-time monitoring and feedback, while ensuring sterility, ultimately achieving efficient and stable synthesis of the target product.

In the field of bioengineering, I often hear people say, "Our bacterial strains are particularly good, with high expression levels, but the results are not good after scaling up."

When the cell culture system in a 200L pilot tank is scaled up "proportionally" to a 2000L pilot tank, phenomena such as yield fluctuations, metabolic disorders, and cell apoptosis are often not simply due to operational errors.

Hyaluronic acid (HA), as a natural polysaccharide, is widely distributed in human skin, joint fluid, and connective tissue, and is a key component for maintaining skin moisture and elasticity.

Beneath the halo of this GLP-1 "star drug", a larger strategy is quietly advancing - Eli Lilly is positioning gene therapy as the next core of growth.

"40% of the fermentation broth was spilled" when the tank was being placed? Don't laugh, this can really happen

Recently, a colleague roasted: During an on-site inspection, the expert pointed out that the weld seam of a certain pipeline was located right below the support and hanger, and requested rectification. Many people were wondering, "How could the weld seam be in the wrong position? Isn't this too nitpicking?"

In the biopharmaceutical industry, there exists an invisible yet crucial "red line" - bacterial endotoxin.

As the core equipment in bioengineering, the manufacturing and operational details of bioreactors directly affect production efficiency and product quality.

In the wave of biomanufacturing, pilot platforms are highly anticipated - they are the "bridge" connecting laboratory research and development with industrial production, and a key link in promoting the landing of innovative achievements.

The safety and effectiveness of biological products depend on the precise implementation of downstream purification processes.

In bioreactor design, the selection of impellers is often treated as a "companion component"—simply pick any standard model that can rotate.

Building a synthetic biology process validation platform is a complex and systematic project.

Artificial intelligence+synthetic biology will be the hottest research field in the future.

After working in the fermentation workshop for over a decade, I have seen too many scenes of being flustered due to the "discoloration" of the fermentation broth.

The dietary supplement market in the United States is undergoing a transformation centered around "biological activity".

Based on efficient and stable biocatalysts, precise control of environmental parameters, directional guidance of metabolic flow, combined with real-time monitoring and feedback, while ensuring sterility, ultimately achieving efficient and stable synthesis of the target product.

In actual production, the most commonly used and reliable way to "disinfect" fermentation tanks is to use high-temperature steam, also known as "steaming tanks".

Many R&D teams have had the experience of connecting routes, optimizing parameters, and achieving good yields in the laboratory, but once it reaches the pilot scale, they become "unfamiliar with the environment"

Next generation bio manufacturing

It is a "bridge" connecting laboratory research and development with industrial production, and a key link in promoting the implementation of innovative achievements.

In the next decade, biomanufacturing will reshape the global industrial landscape and become a key pillar of national competitiveness

The biggest fear in winter is pipeline freezing