Planned movement is essential to our daily lives, and it often requires delayed execution. As children, we stood crouched and ready but waited for the shout of "GO!" before sprinting from the starting line.
Planned movement is essential to our daily lives, and it often requires delayed execution. As children, we stood crouched and ready but waited for the shout of “GO!” before sprinting from the starting line. Now, scientists have discovered the brain network that turns plans into action in response to this cue.
A new study of brain development in mice shortly after birth may provide insights into how early life events can affect wiring patterns in the brain that manifest as disease later in life – specifically such disorders as schizophrenia, epilepsy and autism.
A new study of brain development in mice shortly after birth may provide insights into how early life events can affect wiring patterns in the brain that