Abstract:
A strain for mass-producing zearalenone is provided to increase the productivity of the zearalenone compared to conventional strains significantly. And a method for mass-producing the zearalenone through liquid or solid culturing the strain is provided to produce the zearalenone at low cost with high efficiency. A Gibberella zeae for mass-producing zearalenone is deposited as a deposition no. KCCM 10796P. A method for increasing the zearalenone production comprises a step of overexpressing ZEB2 in a strain in which ZEB1 is eliminated in zearalenone production pathways of the Gibberella zeae. A method for mass-producing the zearalenone comprises a step of culturing the strain in a solid medium.
Abstract:
A beta- zearalenol mass-producing strain is provided to increase the productivity of the beta-zearalenol compared to conventional strains significantly. And a method for mass-producing the beta-zearalenol through liquid or solid culturing the strain is provided to produce the beta-zearalenol efficiently at low cost. A Gibberella zeae mass-producing beta-zearalenol is deposited as a deposition no. KCCM 10795P. A method for increasing the beta-zearalenol production is characterized in that ZEB2 is overexpressed in a strain in which ZEB1 is eliminated in zearalenone production pathways. A method for mass-producing the beta-zearalenol is characterized in that the Gibberella zeae is cultured on a solid medium.
Abstract:
A method for economically mass-producing zearalenone is provided to obtain large amount of the zearalenone by removing a PKS 12 which synthesizes aurofusarin in the production pathways of the zearalenone. A Gibberella zeae mass-producing zearalenone is deposited as a deposition no. KCCM 10794P. A method for increasing the zearalenone production comprises a step of blocking the aurofusarin biosynthesis pathway of the Gibberella zeae by deleting a PKS12 gene. A method for mass-producing the zearalenone comprises a step of solid-culturing the strain.