Author Login

Correspondence to Author:  Garlos H. Crisostone 

Raibiao Lia*, Rabir U. Isamberdieva, Rose M. Palm.

EDITORIAL:  The Web of Science database contains more than 15,000 scholarly publications about RNSaction or detection in different plant materials that have been published since the late 1950s [1]. As a key gaseous signaling molecule, nitric oxide (NO) may play a role in a number of physiological processes in plants, from seed germination to root formation to seedling growth. It may also play a role in how plants react to abiotic stressors such as drought, low temperature, heat, high salinity, ozone, and heavy metal stress [2]. Enzymatic and nonenzymatic reaction pathways are the two ways that plants produce NO [3]. Generally speaking, oxidation and reduction pathways are the primary sources of endogenous NO production [4]. Nitric oxide synthase (NOS)-like enzymes catalyze the oxidation pathways generation of NO from L-arginine, while nitrate reductase (NR) converts nitrites in the reduction pathway.Furthermore, endogenous NO is also stimulated by abiotic circumstances. Other enzymes, in addition to NR and NOS, catalyze the synthesis of NO. Naturally, we wont go into much more detail here.

Citation:

Garlos H. Crisostone. Developments In Plant Nitric Oxide Signaling And Metabolism. Journal of Advances in Plant Sciences 2025.