As sessile organisms, plants need osmotic adjustment and intercellular molecule changes for survival. Heat-shock proteins (HSPs)/ chaperones have been identified as the molecules involved in homeostasis and plays a crucial role in protecting plants against stresses. The HSPsproteins re-establish protein conformation through the folding, assembly, translocation degradation, stabilization of membrane protein (Wang et al., 2004; Wei et al., 2020) . So far, more than twenty different family of

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... oteins that have chaperone activity have been discovered (Kosmaoglou et al., 2008) . Five major HSPs/chaperones families have been classified according to their molecular weight, which are the small HSP family (12-40 KDa), HSP60 family (60 KDa), HSP70 family (70 KDa), HSP90 family (90 KDa), and HSP100 family (100 KDa) (Wang et al., 2004) . HSP90 is one of the most abundant proteins expressed