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2011Year7month7Day, an internationally renowned academic journal in the field of botany "Plant Physiology》Published bet365 online casino an academic paper on fruit development research with Beijing Agricultural College as the first unit—《Abscisic Acid Plays an Important Role in the Regulation of Strawberry Fruit Ripening》。The first author of this paper is Jia Haifeng, a graduate student in pomology at the School of Plant Science and Technology of our school、Chai Yemao、Li Chunli (tied for first place)，The corresponding author is Professor Shen Yuanyue。

The plant hormone abscisic acid (ABA) Not only in the germination of plant seeds、Plays a key role in seedling growth and resistance to stress，And it is an important regulatory bet365 bet365 online casino sports betting mobilefactor in fruit development。However，AboutABAStudies involved in the regulation of fruit development have lacked direct molecular or genetic evidence。

The research is through genesRNAInterference technology research found that the content of strawberry fruits was reducedABASynthetic key enzyme genesFaNCED1orABAReceptor gene for signal recognitionFaCHLH/ABARBoth significantly affect the coloring of fruits. Importantly, external sourcesABACan be restoredFaNCED1Phenotype of transgenic fruit, whileFaCHLH/ABARSynthesis of anthocyanins from transgenic fruits to foreign sourcesABAInsensitive。Further research found，Turn down Strawberry Fruit MediumFaCHLH/ABARGenes not only affect the content of fruit sugar andABAlevel, but also affects a seriesABAExpression of signaling downstream genes。This study provides direct molecular evidence revealingABAImportant role in strawberry fruit development and confirmedABAReceptor proteinFaCHLH/ABARAs a positive regulator, involved in the regulation of fruit ripening。These first reported bet365 bet365 online casino sports betting appresearch results are of great significance for the analysis of the signal transduction molecular mechanism of non-climacteric fruit development and the development of new pathways for fruit ripening regulation。