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Understanding how our brains develop is really important for creating new treatments for brain disorders. Here are a few key points to consider:
Neurogenesis: Every day, around 700 new brain cells, called neurons, are made in a part of the brain known as the hippocampus. This area is crucial for learning and remembering things.
Synaptogenesis: By the time a child is 2 years old, their brain has made about 1,000 trillion connections between neurons, known as synapses. This shows how important early brain development is for forming networks of communication in the brain.
Critical Periods: There are specific times in a child’s development when their brain is more sensitive to changes. If something goes wrong during these times, it can lead to disorders like autism, which affects about 1 in every 54 children in the U.S.
Plasticity: Knowing more about how the brain develops helps in creating better ways to help people recover from brain injuries. This understanding can use the brain's ability to adapt and change, called synaptic plasticity, to help fix damaged brain connections.
Understanding how our brains develop is really important for creating new treatments for brain disorders. Here are a few key points to consider:
Neurogenesis: Every day, around 700 new brain cells, called neurons, are made in a part of the brain known as the hippocampus. This area is crucial for learning and remembering things.
Synaptogenesis: By the time a child is 2 years old, their brain has made about 1,000 trillion connections between neurons, known as synapses. This shows how important early brain development is for forming networks of communication in the brain.
Critical Periods: There are specific times in a child’s development when their brain is more sensitive to changes. If something goes wrong during these times, it can lead to disorders like autism, which affects about 1 in every 54 children in the U.S.
Plasticity: Knowing more about how the brain develops helps in creating better ways to help people recover from brain injuries. This understanding can use the brain's ability to adapt and change, called synaptic plasticity, to help fix damaged brain connections.