Supplementary File "From root to leaf, a precision engineered biostimulant's mech-anism for inducing salinity stress tolerance in tomato"

<strong>Supplementary Figures and Tables</strong> Figure S1: Effect of salinity and PSI-475 dosage rate on tomato root growth, Figure S2: Effect of salinity and PSI-475 dosage rate on tomato fruit number and yield, Figure S3: Venn diagram showing the comparison in gene expression of salinity stressed tomato plants treated with PSI-475 in root and young leaf tissue, Figure S4: Validation of expression levels of DEGs obtained with RNA-seq using RT-qPCR, Figure S5: Graphical representation of tomato plant trials using a 61 day-saline irrigation water program to evaluate the bioactivity of PSI-475, Figure S6: Collection of different plant tissues in 127-day-old tomato plants, Table S1: Effect of salinity stress and PSI-475 on K⁺/Na⁺ ratio in different tomato plant tissues, Table S2: Effect of salinity stress and PSI-475 applied at 2.5 mL/L on glucose content in different tomato plant tissues, Table S3: Effect of salinity stress and PSI-475 applied at 2.5 mL/L on fructose content in different tomato plant tissues, Table S4: Effect of salinity stress and PSI-475 applied at 2.5 mL/L on soluble protein content in different tomato plant tissues, Table S5: RNA-seq QC data summary in young leaf and root tissue samples of salinity stressed tomato plants, Table S6: Primers sequences used for qRT-PCR analysis in tomato.