Skip to content
Bluetools project
  • The project
    • About bluetools
    • How it works
    • Expected results
    • Who we are
  • Key concepts
  • Resources
    • Communication materials
    • Scientific publications
    • Conference contributions
    • Deliverables and milestones
  • News & Events
  • Contact
Bluetools project
Bluetools project
  • The project
    • About bluetools
    • How it works
    • Expected results
    • Who we are
  • Key concepts
  • Resources
    • Communication materials
    • Scientific publications
    • Conference contributions
    • Deliverables and milestones
  • News & Events
  • Contact

genetic toolbox

Schematic overview of the study. The plasmid library was constructed by cloning a 200-nucleotide random sequence upstream of the thermostable reporter gene, superfolder citrine fluorescent protein (IFP). Plasmid DNA library was pooled from E. coli and transformed to T. thermophilus. Approximately 1500 T. thermophilus clones, arrayed on 96-well plates, were screened under UV light, and 53 fluorescent clones were selected for further characterization. The thermostable enzymes were transcriptionally fused to the IFP CDS. Plasmid DNAs were subsequently transformed into E. coli for comparative expression analysis.

Expanding the genetic toolbox for thermostable protein production

12 May 202625 March 2026

A new Open Access publication in Synthetic Biology journal presents an important step forward in enabling efficient protein production in the thermophilic bacterium Thermus thermophilus. The study addresses current limitations …

Read more

Categories Publication Tags genetic toolbox, protein production, Thermus thermophilus synthetic biology

Categories

Follow us on

LinkedIn feed

This project has received funding from Horizon Europe under grant agreement No 101081957

The content available on the Bluetools website has not been approved by the Commission yet.

  • Legal notices
  • Privacy policy
Made by ESCI