Overexpression of Enhanced Drought Tolerance in Arabidopsis and Soybean.

Fifteen transcription factors in the CAMTA (calmodulin binding transcription activator) family of soybean were reported to differentially regulate in multiple stresses; however, their functional analyses had not yet been attempted. To characterize their role in stresses, we first comprehensively analyzed the family in silico and thereafter determined their expression pattern under drought. The bioinformatics analysis revealed multiple stress-related -regulatory elements including , , and , 10 unique miRNA (microRNA) targets in transcripts and 48 proteins in GmCAMTAs' interaction network.