This track focuses on the mechanisms underlying neuronal development and the processes that contribute to synaptic plasticity. Researchers will explore how these processes influence cognitive functions and behavioral outcomes throughout life.

This session will delve into the molecular pathways that govern neurogenesis during critical developmental periods. Emphasis will be placed on the interplay between genetic and environmental factors in shaping neuronal populations.

This track examines the intricate processes of axon guidance and their role in establishing neural circuits. Discussions will highlight recent advances in understanding how these pathways contribute to functional connectivity in the brain.

This session will explore the cellular and molecular mechanisms that regulate dendritic growth and synaptic formation. Researchers will present findings on how these processes are essential for proper brain maturation and function.

This track will investigate the concept of critical periods in neural development, focusing on how timing influences plasticity and learning. Presentations will cover both experimental and theoretical perspectives on these sensitive phases.

This session will address the dynamic processes of neural remodeling and the resulting connectivity patterns that emerge during development. The impact of these changes on behavior and cognitive abilities will be a key focus.

This track will highlight the various signaling pathways involved in neuronal differentiation and development. Researchers will discuss how these pathways interact to regulate brain structure and function.

This session will explore the relationship between neurodevelopmental pathways and various neurological disorders. Insights into how disruptions in these pathways can lead to cognitive and behavioral impairments will be presented.

This track will focus on the mechanisms of plasticity that underpin cognitive development across the lifespan. The role of experience and environmental influences on neural adaptability will be a central theme.

This session will investigate the role of growth factors and other molecular signals in promoting neuronal survival and growth. Discussions will include how these factors contribute to resilience in the developing brain.

This track will emphasize integrative approaches that combine genetic, molecular, and behavioral studies in developmental neurobiology. The aim is to foster interdisciplinary collaborations that enhance our understanding of brain development.