Identification of Differential-Expressed Genes in Banana-Biostimulant Interaction Using Suppression Subtractive Hybridization

The use of environmental-friendly agricultural inputs to increase yield in crops could reduce environmental contamination and alleviate (a)biotic stress. In this study, we applied a foliar liquid biostimulant banana plants, which was developed from the anaerobic fermentation microorganisms with organic remains (manure plant waste) minerals as product. To determine effect Suppression Subtractive Hybridization (SSH) library leaves greenhouse conditions. Furthermore, salicylic jasmonic pathways activation evaluated by gene expression analysis. First, application increased membrane stability index (MSI), is directly related higher CO2 exchange assimilation rate. Additionally, total chlorophyll content plants comparison control plants. addition, SSH analysis revealed around 300 expressed sequence tags (ESTs). Several induced genes associated different molecular pathways, including photosynthesis, anthocyanins production, defense, among others, were encountered after bioinformatic Upregulated demonstrated time points, application. acid pathway observed, may prove beneficial under stress