#Readcube papers export reference text software#

proliferatum, and provides an experimental basis for the development of sustainable endophytic fungal resources to effectively control plant diseases caused by pathogenic fungi, and suggests that precise application of beneficial microorganisms may be become a key factor in farmland crop disease management. liquidambaris B3 was an effective method for agricultural control against rice bakanae disease caused by F. liquidambaris B3 activated excessive defense responses, resulting in plants cell death and aggravation of bakanae disease. liquidambaris B3 significantly reduced rice bakanae disease by triggering the SA-dependent defense pathways of plants, and promoted plant growth.

Pre-inoculation with the endophytic fungus P. However, bakanae disease in rice co-inoculation with B3 increased by 11.45%, resulted in excessive reactive oxygen species (ROS) bursts and plant cell death. proliferatum, increased defense-related enzyme activities, upregulated the expression of defense genes, and promoted plant photosynthesis. Greenhouse experimental results showed that rice pre-inoculation with B3 significantly reduced rice bakanae disease by 21.45%, inhibited the colonization of F. proliferatum stress and grown under controlled conditions. Rice seedlings pre-inoculated, co-inoculated and non-inoculated with B3 were exposed to F. In Mendeley Desktop, click File > вЂImportвЂ™ and select the exported file to add its contents to your Mendeley library.

#Readcube papers export reference text software#

Use the Export option within the other software to extract your references to RIS, BibTeX, or EndNote XML file format. This study evaluated the control effect of the endophytic fungus Phomopsis liquidambaris B3 against rice bakanae disease (RBD) caused by Fusarium proliferatum and the disease control result of different inoculation times of beneficial microorganisms. You can transfer your library from EndNote, Papers, Zotero, Refworks, Jabref and more.