从112株植物内生真菌中得到了12株产油率高于20%的产油菌株，测定了

From 112 plant endophytic fungi, 12 oil-producing strains with an oil-producing rate of more than 20% were obtained, and the neutral lipid content was determined to be 38.7%-79.6%. Three strains of endophytic fungi Fusa5rium sp., Dothideomycetes sp., Aspergillus sp. were screened from them, and the best cultivation plan was obtained by optimizing the culture conditions. The oil yield of Dothideomycetes sp. reached 51.66%, and that of Fusa5rium sp. The oil rate reached 67.58%, and the oil production rate of Aspergillus sp. reached 61.19%. And calculate the predicted biodiesel properties based on the measured fatty acid profile. This study shows that these three novel endophytic fungi can be used as potential biodiesel raw materials.

From 112 plant endogenesite fungi, 12 oil-producing strains with oil yield of more than 20% were obtained, and the content of neutral lipids was measured to be 38.7%-79.6%. From which three endogenetic fungus Fusa5rium sp., Dothideomycetes sp., Aspergillus sp. Through the optimization of the positive price of the culture conditions to obtain the best breeding program, Dothideomycetes sp. The predicted biodiesel properties are calculated based on the fatty acid spectrum that has been measured. This study shows that these three new endogenesic fungi can be used as potential biodiesel raw materials.

Twelve oil producing strains were obtained from 112 endophytic fungi. The content of neutral lipids was 38.7% - 79.6%. Three endophytic fungi fusa5rium sp., dothideomycetes sp. and Aspergillus sp. were screened out. The optimal cultivation scheme was obtained by positive price optimization of culture conditions. The oil production rate of dothideomycetes sp., fusa5rium sp. and Aspergillus sp. reached 51.66%, 67.58% and 61.19%, respectively. The predicted properties of biodiesel were calculated based on the measured fatty acid profiles. This study shows that these three new endophytic fungi can be used as potential biodiesel raw materials.<br>