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Bioreactors are driving the upgrading of bio fertilizers from workshop production to industrialization.

Synthetic Biology Promotes Efficient Production of PHA by Halophilic Bacteria!

the ideal choice for scientific research and production!

Control of fermentation feed (operation manual, parameters, strategy)

In the future, we need to achieve a closed-loop system through the technology of "data collection regulation optimization deployment"

Top 10 global pharmaceutical companies by 2025 (based on each company's 2024 revenue data).

In 2024, recombinant collagen, as an emerging force in the cosmetics industry, is experiencing a golden growth period.

The pilot platform for biological reactions is a key link connecting laboratory trials with industrial production, and its construction requires comprehensive consideration of various factors such as technology, engineering, regulations, and safety.

Driven by national policies, synthetic biology is becoming a rapidly developing emerging industry in various regions.

Fermented products achieve large-scale production from basic nutrients (probiotics, collagen) to high-end drugs (insulin, semaglutide) through the metabolic activities of microorganisms (bacteria, fungi, engineered bacteria).

Synthetic biology provides great prospects for scientists to solve important social problems.

Astaxanthin is a multifunctional natural compound widely used in the fields of food, medicine, and skincare.

Intelligent fermentation factory design: large-scale IoT perception, multi-source big data analysis

The core logic of these directions is to achieve global optimization of the fermentation process from cell growth to product synthesis through closed-loop control driven by metabolic demands, stage adapted resource allocation, and multidimensional interference suppression.