Symbiose

Specific peptides

 

 

Nature offers various materials showing great properties. Nacre is one of the best examples. In fact this is a composite of proteins and calcium carbonate. These proteins are able to promote and control the growth of the structure by binding specifically calcium carbonate particles to build a hierarchically assembled material showing high robustness and flexibility.

 Based on this concept, Symbiose Biomaterials has been working for a few years on specific peptides (or GEPI for Genetically Engineered Peptides for Inorganics) which are biologically selected to recognize and bind specifically an inorganic or organic substrate.

 Examples of targets:

  • metals (Au, Ag, Pt, Pb,…),
  • metal oxides (ZnO, Cu2O, TiO2, SiO2, Al2O3,…),
  • oxides and salts (Cr2O3, CaCO3, Fe2O3,…),
  • semi-conductors (GaAs, ZnS,…),
  • ceramics (hydroxyapatite, zeolites…),
  • polymers,
  • bacteria,
  • pesticides,
  • carbon nanotubes,

Read more about sequence identification and production

Applications (patent pending)

Such peptides allow the specific detection and possibly the sorting of chemical elements (on flat surfaces, powders, ores…) using a rapid, environmentally friendly and easy-to-industrialize process.

 Read more about detection and sorting applications

Benefits

Specific peptides offer different benefits as detection tool:

  • highly-specific recognition

  • various target substrates

  • reversible binding

  • environmentally-friendly process