Pasteurized Picher yeast is one of the methanol-nutritional yeasts that can utilize methanol as its sole carbon and energy source. Like other yeasts, it exists

Bioreactors have become ‘smart’: real-time monitoring + automatic adjustment In the past, doing a biological reaction (e.g., cultivating cells, fermentation) was like ‘opening a blind

How can fermentation control software dynamically analyse metabolic pathways, realise intelligent control from ‘experience-driven’ to ‘model prediction-driven’, and significantly improve the efficiency and stability of

Synthetic biology is an integrative discipline aimed at designing and constructing new biological parts, devices and systems, or redesigning existing biological systems to fulfil specific

Selection of Spray Balls and Their Relationship with Flow Rate** The selection of spray balls (also known as spray nozzles or cleaning balls) is closely

Efficient piping design and steam trap selection are critical for maintaining steam quality, preventing contamination, and optimizing energy efficiency in fermentation systems. Proper condensate management

If you’ve ever interacted with a chatbot like ChatGPT, you’ve experienced the wonders of Large Language Modelling (LLM). LLM is a machine learning model that

I. Overview of fermentation endpoints The main indicators for the optimisation of the fermentation process are: (1) Maximum product yield (or maximum yield) (2) Maximum

In the field of biotechnology and medicine, strain screening and bioprocess monitoring are two crucial aspects, but traditional methods are often time-consuming and experience-dependent. In

Laboratory mini bioreactor is a configuration, flexible, easy to operate, very small footprint laboratory benchtop bioreactor, using a full computer touch screen control system, colour

Automation and industrialisation: Synthetic biology is moving towards automation for standardisation of biological parts and rapid assembly of DNA. In the future, there is a

How can fermentation control software dynamically analyse metabolic pathways, realise intelligent control from ‘experience-driven’ to ‘model prediction-driven’, and significantly improve the efficiency and stability of