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Young babies learn about the world by openly diverting their attention to perceptually significant events.
The study used functional magnetic resonance imaging (fMRI) and offline gaze coding to study the behavior and neural basis of stimulus-driven attention in awake infants under one year old.
The author recorded gaze behavior and whole-brain fMRI activity to reveal the neural basis of infant attention.
Children's consensus
The statistical difference graph of the whole brain under different conditions.
The statistical difference graph of the whole brain under different conditions.
Neurological evidence that stimuli drive infant attention.
Neurological evidence that stimuli drive infant attention.
In the first year, neither behavior nor neurological effects will vary depending on the age of the baby, indicating that these areas may play a role in supporting attention orientation in the early stages of development.
The frontal lobe area of the adult parietal lobe and cingulate gyrus network supports the infant’s stimulus-driven attention The frontal lobe area of the adult parietal lobe and cingulate gyrus network supports the infant’s stimulus-driven attention The frontal cortex supports the infant’s cognitive frontal lobe Cortex supports baby's cognition
Original source
Ellis Cameron T,Skalaban Lena J,Yates Tristan S et al.
Ellis Cameron T,Skalaban Lena J,Yates Tristan S et al.
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