Neuroendocrine adaptations and their implications for neurodevelopment

The field of neurodevelopment is intricately linked with endocrine functions at various life stages, from maternal and placental phases to fetal and postnatal periods. This Research Topic delves into the complex interactions between neurodevelopment and endocrine activities, presenting both historical insights and cutting-edge studies. It highlights the significance of myelination, its susceptibility to prenatal stress, and how these factors are influenced by endocrine changes. Furthermore, it explores sex-specific responses to early-life stress and hormonal variations, drawing connections to adult health outcomes.
This Research Topic aims to enhance the understanding and investigation of neurodevelopmental processes by employing advanced imaging and 'omics' technologies, as well as exploring the therapeutic potential for addressing neurodevelopmental impairments. Additionally, it seeks to uncover the evolutionary neuroendocrine mechanisms in invertebrates that influence physiological traits, providing a broader perspective on development.
To gather further insights in the broad impact of endocrine functions on neurodevelopment, we welcome articles addressing, but not limited to, the following themes:
o Advances in imaging and 'omics' technologies for neurodevelopmental research
o The impact of myelination and prenatal stress on neurodevelopment
o Sex-specific neuroendocrine responses to early-life stress
o Role and influence of the fetal microbiome on long-term health
o Therapeutic innovations targeting thyroid hormone signaling in developmental disturbances
o Additionally, it seeks to uncover the evolutionary neuroendocrine mechanisms in invertebrates that influence physiological traits, providing a broader perspective on development
Overall, this Research Topic combines historical knowledge with innovative approaches to forge new pathways in understanding and improving neurodevelopmental health outcomes.