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The complete exploitation of Brassica napus plants is a study hotspot, since it is an essential oil crop that is widely cultivated across the world. Glucosinolate is a unique secondary metabolite in the Brassicaceae family, and its content has a substantial influence on rapeseed development and quality. Its degradation products have various physiological functions, among which Nitrile specific proteins (NSPs) can hydrolyze glucosinolate and hence influence the balance of plant immunity and growth. However, the related gene families in B. napus have not been investigated. Here, 72 NSP family members were discovered and described in B. napus based on their sequence structures, physiological correlations, phonological locations, and expression levels. According to collinearity studies, the NSP proteins in B. napus and A. thaliana are closely related. Analysis of BnNSP expression patterns in various tissues revealed that BnNSPs exhibit high tissue specificity, implying that BnNSPs may play distinguish functions in various developmental phases. We discovered that NSPs may be regulated by hormones such as abscisic acid (ABA), gibberellin (GA), and metallic jasmonate (MeJA) based on the expression of NSPs during hormone treatment. The results provide valuable information for the future functional characterization of BnNSP genes.
Zhai et al. (Wed,) studied this question.