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University of Cambridge neuroscientists analyzed MRI diffusion scans from 3,802 people ranging from newborns to 90 years old to identify five distinct phases of brain structure development throughout human life.

University of Cambridge neuroscientists analyzed MRI diffusion scans from 3,802 people ranging from newborns to 90 years old to identify five distinct phases of brain structure development throughout human life.

The research identified four major turning points in brain development occurring at approximately ages 9, 32, 66 and 83, which separate five broad epochs of neural architecture across the average human lifespan.

The research identified four major turning points in brain development occurring at approximately ages 9, 32, 66 and 83, which separate five broad epochs of neural architecture across the average human lifespan.

The adolescent brain phase extends from age 9 to 32 and represents the only period when neural efficiency increases, with white matter continuing to grow and communication networks becoming more refined and organized.

The adolescent brain phase extends from age 9 to 32 and represents the only period when neural efficiency increases, with white matter continuing to grow and communication networks becoming more refined and organized.

At age 32, the brain undergoes its strongest topological turning point and enters the adult phase, which lasts over three decades and corresponds with a plateau in intelligence and personality development.

At age 32, the brain undergoes its strongest topological turning point and enters the adult phase, which lasts over three decades and corresponds with a plateau in intelligence and personality development.

The early aging phase begins around age 66 with gradual reorganization of brain networks and reduced connectivity as white matter starts to degenerate, coinciding with increased health risks affecting the brain.

The early aging phase begins around age 66 with gradual reorganization of brain networks and reduced connectivity as white matter starts to degenerate, coinciding with increased health risks affecting the brain.

The final late aging phase starts around age 83, characterized by further decline in whole-brain connectivity and increased reliance on specific brain regions as communication pathways weaken throughout the organ.

The final late aging phase starts around age 83, characterized by further decline in whole-brain connectivity and increased reliance on specific brain regions as communication pathways weaken throughout the organ.

Scientists Map 5 Phases of Brain Development From Birth to 90

Scientists Map 5 Phases of Brain Development From Birth to 90

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Scientists Map 5 Phases of Brain Development From Birth to 90

Scientists Map 5 Phases of Brain Development From Birth to 90

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