Synechocystis sp. PCC6803 has been extensively investigated for its ability to photoconvert CO2 into terpenes. To date, the engineering of this model species is being explored to enhance the production of terpenoid molecules, including isoprene, a potential Sustainable Aviation Fuel. Our work, part of the Horizon Europe project “Alfafuels”, aims to select different key factors that affect culture productivity in an optimized photobioreactor designed for isoprene production with the genetically modified (GM) strain.

Optimizing cultivation parameters of Synechocystis sp. PCC6803 for future isoprene pilot-scale production / Daniel Ronca; Giacomo Sampietro; Natascia Biondi; Folco Emanuele Tredici; Gaia Santini; Filippo Bacci; Liliana Rodolfi. - ELETTRONICO. - (2025), pp. 62-63. ( Young Algaeneers Symposium 2025 Almeria 3-6 june 2025).

Optimizing cultivation parameters of Synechocystis sp. PCC6803 for future isoprene pilot-scale production

Daniel Ronca;Giacomo Sampietro;Natascia Biondi;Gaia Santini;Liliana Rodolfi
2025

Abstract

Synechocystis sp. PCC6803 has been extensively investigated for its ability to photoconvert CO2 into terpenes. To date, the engineering of this model species is being explored to enhance the production of terpenoid molecules, including isoprene, a potential Sustainable Aviation Fuel. Our work, part of the Horizon Europe project “Alfafuels”, aims to select different key factors that affect culture productivity in an optimized photobioreactor designed for isoprene production with the genetically modified (GM) strain.
2025
Book of abstracts YAS-Young Algaeneers Symposium
Young Algaeneers Symposium 2025
Almeria
Daniel Ronca; Giacomo Sampietro; Natascia Biondi; Folco Emanuele Tredici; Gaia Santini; Filippo Bacci; Liliana Rodolfi
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1454073
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