Genomics Sustainable Solutions

What we try to achieve
Our team is passionate about creating a better future for society by seamlessly integrating diverse biological information and pioneering advancements in healthcare and sustainable practices. We also generate valuable multi-omics datasets using state-of-the-art technologies for generating valuable knowledge. Our ultimate goal is to identify personalized, efficient, and sustainable solutions that will benefit humanity on a large scale.

Why our research is important and how it can be used
Our projects have far-reaching applications in multiple domains:

• Precision Fermentation: By integrating cutting-edge genomics and multi-omics data, our approach can identify and help optimize key genetic elements and metabolic pathways in microorganisms.
• Strain improvement: Using advanced computational methods, we can analyse microbial genomes to identify genetic variations and mutations associated with desirable traits, such as increased product yield, enhanced tolerance to stress, or improved substrate utilization.
• Natural product discovery: Our integrated approach can also aid in the discovery of novel bioactive compounds and molecules with potential industrial, pharmaceutical, and agricultural/food applications.
• Diseases: By understanding complex biological processes, we aim to revolutionize disease diagnosis, treatment, and prevention, offering hope for better healthcare outcomes.

 How we achieve our aims – methods, tools, technologies:

• Pangenomic methods
• Spatial and long-read methods for complete genomics
• Graph-methods for integration of multiple biological levels
• Structural variant discovery
• Single-cell multi-omics

Collaboration and Engagement
Collaboration is central to our approach. We actively engage with stakeholders, including global research projects, industries, and beyond, to ensure that our discoveries are translated into tangible benefits for people worldwide. Together, we can create meaningful impacts on global health and sustainability.