Genetic factors are really important for how brain cells, called neurons, and the connections between them, called synapses, grow and change. Let’s break it down:
Neurogenesis: This means the making of new neurons. Our genes help decide how many neurons the brain makes when we are developing. Different genes can create different amounts and types of neurons.
Synaptogenesis: This is about how neurons connect with each other. Genetics play a part in forming these connections (synapses). Certain genes help build those connections, which are super important for how we learn and remember things.
Example: Sometimes, changes in our genes can cause developmental disorders. This affects how neurons connect with each other and how our brain works.
In short, our genes not only decide how many neurons we have but also how complex the connections between them can be.
Genetic factors are really important for how brain cells, called neurons, and the connections between them, called synapses, grow and change. Let’s break it down:
Neurogenesis: This means the making of new neurons. Our genes help decide how many neurons the brain makes when we are developing. Different genes can create different amounts and types of neurons.
Synaptogenesis: This is about how neurons connect with each other. Genetics play a part in forming these connections (synapses). Certain genes help build those connections, which are super important for how we learn and remember things.
Example: Sometimes, changes in our genes can cause developmental disorders. This affects how neurons connect with each other and how our brain works.
In short, our genes not only decide how many neurons we have but also how complex the connections between them can be.