Lecture Series

Exciting, self-paced video courses that make learning fun and fuel your child’s curiosity for knowledge.

Get Personalized Support

We know every student’s learning journey is unique, which is why we offer personalized support tailored to individual needs.

  • Provide extra help in all subjects
  • From dedicated academic advisors
  • Building confidence & performance

Interactive Learning Tools

From virtual whiteboards and real-time quizzes to multimedia lessons and the collaborative discussion boards.

  • All students actively participate
  • Our tools encourage creativity
  • Create immersive learning environment

Engaging Video Lessons

Our lessons are bringing subjects to life through clear explanations, dynamic visuals and real-world examples.

  • Structured to simplify complex topics
  • High-quality graphics & animations
  • Flexibility to pause, rewind and rewatch

Working Groups

Microorganism discovery, characterization, and optimization for microbial food applications

This WG focuses on the discovery, characterization, and optimization […]

Development and upscaling of production processes for microbial foods

This WG focuses on the development and upscaling of production processes […]

Downstream processing and formulation development for microbial food products

This WG focuses on the downstream processing (DSP) and formulation […]

Food chemistry and analytics for microbial foods

This WG focuses on food chemistry and analytics of microbial foods. […]

Commercialization and regulation of microbial food

This WG focuses on the last step of the microbial food development process […]

Dissemination, training, and events

This WG focuses on the dissemination of results and coordination of training […]

What Are Microbial Foods?

Microbial foods represent a groundbreaking and sustainable approach to global food production. In this emerging field, microorganisms are grown in large bioreactors to produce entirely new food products.

While humanity has used traditional fermentation for thousands of years to make cheese, bread, and wine, the Mic2Food Action focuses on a highly promising technique called biomass fermentation. Instead of just using microbes as catalysts, this process cultures the microorganisms themselves to form a highly nutritious biomass. This biomass is then processed and formulated into appealing and healthy food products.

A pioneering example in this space is Quorn. This meat alternative was launched in the 1980s, relies on the biomass of the filamentous fungus *Fusarium venenatum*, and currently holds about 30 percent of the alternative meat market in the United Kingdom.

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