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Ribosomal proteins (RPs) that include both small (RPS) and large subunit (RPL) proteins have been known to be involved in several very important functions in ribosome assembly, protein synthesis and other basic cellular functions in association with several other components [1]. The composition of ribosomal protein subunits that are involved in ribosome assembly is heterogeneous [2] indicating clearly that individual subunit protein components have other functions apart from the basic cellular functions they are associated with. Although each RP gene has multiple paralogs, the expression of all of them appears to be differentially regulated for normal development with some of them functioning in spatio-temporal and signal-induced manner while others exhibit binding properties. The expression of ribosomal proteins has been shown to be regulated by various environmental cues and treatments with signaling molecules [3,4]. The involvement of ribosomal proteins in extra ribosomal functions in animal systems has also been well documented [5].

Ribosomal Proteins and their Extra Ribosomal Functions in Abiotic Stress Tolerance of Plants