… This article summarizes the physiological and pathological contribution of ROS to neuronal
development, including neurogenesis, polarization and maturation of neurons. It is important …

… the acquisition of the neural fate—from neural induction to the … describe a role for ROS
signaling in neuronal development. … studies supporting a role for ROS in neuronal development. …

… Reactive oxygen species can regulate cytoskeletal change at multiple levels; directly via
redox modification of structural cytoskeletal proteins and indirectly by modification of proteins or …

… underlying neuronal development and neural circuit … to affect the life of a neuron in both
positive and negative ways? … in either neuronal development and function or neuronal death …

… We review the role of reactive oxygen species (ROS) in neurogenesis, axon growth, and
guidance and NMDA-receptor-mediated plasticity, LTP, and memory. ROS participation is …

… of human embryonic stem cells; the main focus of this review is to summarize the role of
oxygen during neuronal differentiation, in particular in response to oxygen level variation. …

… influence the expression of neuronal physiology and calretinin expression and its nuclear
localization may help to clarify the role of ROS in neuronal development and cell physiology. …

… of neural progenitor cells during animal development. … of ROS production during neuronal
development either in vivo or … in newly born cortical neurons than in neural progenitor or glial …

… Reactive oxygen species (ROS) are critical for maintaining cellular homeostasis … development
and adulthood. Here, we review the role of Nox-mediated ROS during CNS development. …

… neuronal development. Regarding clinical applications, we focus on ROS-based neuronal
… and non-radical oxygen species generated by a limited reduction of oxygen [36]. These are …