Brain-wave patterns flag sleep differences in dup15q syndrome
Children with dup15q syndrome may have telltale patterns of brain activity during sleep and get less non-REM sleep than neurotypical children do.
Children with dup15q syndrome may have telltale patterns of brain activity during sleep and get less non-REM sleep than neurotypical children do.
Mutations in autism-linked genes lead to a variety of changes in brain activity, sensory perception and sleep-wake cycles in zebrafish.
An fMRI scan can reconstruct a picture from a person’s brain activity, but that image changes depending on a person’s attention.
Many people with mutations in the NCKAP1 gene have autism or autism traits, according to a new study spanning seven countries.
Mice missing an autism gene groom themselves more than usual and have altered circadian rhythms after nighttime exposure to light.
The brainstem controls such disparate functions as breathing, sensation and sleep — all of which can be altered in autism.
Doctors and scientists should consider sleep problems an integral part of autism and begin to study them in more rigorous ways.
Children with autism are more likely than typical children to have had problems falling asleep as infants, and to have shown brain overgrowth.
Toddlers who sleep poorly or overreact or underreact to sensory stimuli have more repetitive behaviors and other autism traits later in childhood.
Analyzing five sleep-related factors reveals associations between sleep troubles in autistic children and problem behaviors during the day.