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

Compound bacterial preparations are a key technological means in the field of modern food fermentation, playing an important role in improving the quality of fermented foods.

The latest temperature control method for biological reactions.

Judgment of fermentation endpoint! Concepts, principles, and influencing factors

Equipment refers to devices that comply with the quality management standards for drug production.
Bailun produces and manufactures full process equipment that meets GMP standards

In the process of biological reaction production, DO value is generally used as the parameter for dissolved oxygen, and DO value is one of the most critical parameters in the entire fermentation process

The transfer phenomenon and process of bioreactors are controlled by two mechanisms: convection and diffusion

The difference in yield between fermenter fermentation and shake flask fermentation is influenced by various factors, and the magnitude of the difference varies depending on the specific situation.

In the future, the biotechnology and biopharmaceutical technology that the United States focuses on restricting may involve the following aspects.

US lawmakers from both parties have called for restrictions on exporting biotechnology to China, highlighting the importance and sensitivity of biotechnology in international relations.

Recently, a report from the UK House of Lords Science and Technology Committee warned that the UK needs to take "urgent" action to embrace synthetic biology, otherwise there is a risk of losing economic and industrial benefits.

In industrial fermentation, the selection of carbon sources requires comprehensive consideration of multiple factors. The following are some common carbon sources and their characteristics.

Shandong, an ancient and vibrant land, not only has the well-known natural and cultural landscapes such as the hometown of Confucius and Mencius, Mount Taishan, Baotu Spring, but also has quietly risen in the field of biological manufacturing, becoming a veritable "fermentation province".

Fermentation products can be classified into bacterial products, enzyme products, metabolic products, and biotransformation products based on their sources and functions.

On January 15th, the US FDA officially revoked the authorization for the artificial color "Red No. 3 dye" under the Delaney clause of the Federal Food, Drug, and Cosmetic Act, and completely banned its use in food, beverages, dietary supplements, and oral medications.

During the fermentation production process, various abnormal phenomena may occur, which have adverse effects on the fermentation effect and product quality.

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

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

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

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.

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.

parallel bioreactor systems

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".

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.

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

Let's talk intuitively about the current bioreactor.

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?

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.

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

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

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.

The bioreactor, known as the cornerstone of biopharmaceuticals, is experiencing an unprecedented explosive period.

Syn61, an artificial E. coli based on fully synthesized DNA, represents a significant step forward in the field of synthetic biology and paves the way for the future design of bacteria capable of producing novel catalysts, drugs, proteins, and materials.

Precision fermentation technology, as a revolutionary breakthrough in the field of biomanufacturing, is leading us into a new era of bioeconomy

Reactor cell culture technology is a universal platform technology for producing or developing biological products by suspending animal cells in a reactor. It can be widely used for the production of monoclonal antibodies, human or animal vaccines and other biological products.

Experience in Escherichia coli fermentation

10 jaw dropping fermentation data reveal the core pain points in process control, equipment management, and technological innovation in the industrial fermentation field.

Shake flask culture and jar culture are two common microbial cultivation methods in laboratory research and industrial production.

On March 1st, Professor Wang Tengfei from Qilu University of Technology went to Beilun Shanghai Songjiang Synthetic Biology Laboratory for investigation and research, and held talks on cooperation in fermentation big data and biological reaction big models.

The importance of sterilizing the feed solution during the fermentation process is self-evident, as it is a key step in ensuring successful fermentation and product quality.