… from embryogenic calluses (ECs) to somatic embryos. Meanwhile, … homeostasis was altered
through the perturbation of ROS homeostasis by chemical treatments or suppression of ROS…

… An increasing number of publications associate ROS with the induction of somatic
embryogenesis, suggesting that the induction of stress (the specific gradient stress for each explant …

… somatic embryogenesis is influenced by ROS. Although still partially unknown, the mechanisms
underlying the cross talk between ROS and somatic embryogenesis … ROS homeostasis …

… Proper maintenance of ROS homeostasis, however, is essential given that high levels of
ROS can induce necrosis or programmed cell death, a process that is under genetic control and …

… (SE) is widely used for studying the mechanisms of embryo … indicated that a reactive
oxygen species (ROS) burst occurred … helped to maintain ROS homeostasis by decreasing the …

… of reactive oxygen species (ROS) in the cultured tissues. Both CAT and SOD inhibitors
brought about an increase in H 2 O 2 content in calli cultured on CIM-NaCl and the loss of …

… These genes are involved in the antioxidant system and might play a role in maintaining
ROS homeostasis during the differential and development of EC and SEs. The concentration of …

… ROS in relation to somatic embryogenesis induction. (A) ROS production in leaf explants.
(B… ROS homeostasis is essential for dedifferentiation and cell division induction, the beginning …

… often due to a lack of vigor in somatic embryos because an accelerated energy metabolism
prevents … Altogether, proteomics studies highlight the essential role of ROS homeostasis and …

… ROS are produced a few hours after wounding [62]. Moreover, treatments with ROS also
promote the formation of somatic embryos. … the number of somatic embryos in Lycium barbarum […