R&D Projects

Explore our R&D Projects page to discover our latest initiatives alongside contributions from byotic ⇀, our sister company. Dive into topics like bioreactors and filtration to stay informed about developments.

Two scientists in a lab coats and safety glasses analyze data on a computer monitor displaying bioinformatics visualizations of DNA and cellular structures.

What is bioinformatics and why is it important for biology?

Discover the significance of bioinformatics in biology. Explore how data analysis transforms our understanding of genetics, evolution and disease research.
Glossary of biotechnology terms to understand what it is.

Biotechnology terms: 20 essential words to master

Discover 20 essential biotechnology terms to understand what biotechnology is. A perfect glossary for students and the curious.
Bacterial culture in petri dish, blog post about the differences between cells, microorganisms, bacteria and viruses.

Differences between cells, microorganisms, bacteria and viruses

Learn the key differences between cells, microorganisms, bacteria and viruses, vital concepts for biology, health and biotechnology.
Blog post cover image about Amyotrophic Lateral Sclerosis (ALS), featuring a detailed illustration of a neuron

New Therapies for Amyotrophic Lateral Sclerosis (ALS)

Explore promising new therapies for amyotrophic lateral sclerosis, including gene therapy, stem cells, immunotherapy, and small molecule drugs.
Team of biologists who monitor genetically modified plants, examine laboratory-grown transgenic tests (types of biotechnology).

The 10 types of biotechnology and their applications

Explore the different types of biotechnology and how they apply to key sectors such as healthcare, agriculture, industry and environment.
Cover of the blog that talks about the CIP and SIP system.

What is a CIP and SIP system and how does it ensure equipment sterility?

CIP and SIP systems automate cleaning and sterilization in GMP environments, ensuring equipment sterility and process reliability.
Person in an industrial facility with large tanks, potentially related to the production of Alternative protein

Alternative protein production and fermentation processes

Explore the advantages of alternative proteins produced by precision fermentation: less emissions, more control, better sustainability.
Gloved hand interacting with a touchscreen displaying multicolored genetic sequences, representing genetic engineering analysis.

What is genetic engineering and why is it so important?

Discover how genetic engineering is transforming medicine, agriculture, and industry through precise DNA modification technologies.
Artistic visualization of a DNA double helix breaking apart into particles, symbolizing genetic engineering and CRISPR based genome editing.

What is CRISPR and how does it work?

CRISPR allows precise DNA editing and is revolutionizing medicine, agriculture, and research with safe, efficient genetic tools.