SYNGAP1 2020
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Reactions from the 2020 SYNGAP1 Scientific Conference
Spectrum is covering the 2020 International SYNGAP1 Scientific Conference, which took place virtually because of the coronavirus pandemic. Here we’re highlighting researchers’ reactions to noteworthy presentations.
Reactions from the 2020 SYNGAP1 Scientific Conference
Spectrum is covering the 2020 International SYNGAP1 Scientific Conference, which took place virtually because of the coronavirus pandemic. Here we’re highlighting researchers’ reactions to noteworthy presentations.
Zebrafish and ‘Smurf cakes’ link autism gene mutation to digestive woes
Mutations in a top autism gene called SYNGAP1 slow the rate at which zebrafish digest food and pass waste, and may also disrupt gut function in people.
Zebrafish and ‘Smurf cakes’ link autism gene mutation to digestive woes
Mutations in a top autism gene called SYNGAP1 slow the rate at which zebrafish digest food and pass waste, and may also disrupt gut function in people.
Mice reveal roots of sensory issues tied to top autism gene
Mice with mutations in the autism-linked gene SYNGAP1 have trouble sensing touch, which may stem in part from brain-circuit alterations and dulled alertness.
Mice reveal roots of sensory issues tied to top autism gene
Mice with mutations in the autism-linked gene SYNGAP1 have trouble sensing touch, which may stem in part from brain-circuit alterations and dulled alertness.
Explore more from The Transmitter
Climate neuroscience needs ‘integration’ and ‘guided’ research
Five years after a groundbreaking paper, can a young field move beyond piecemeal studies?
Climate neuroscience needs ‘integration’ and ‘guided’ research
Five years after a groundbreaking paper, can a young field move beyond piecemeal studies?
Nuclear location helps control gene activity during brain development
A study of developing human brain tissue suggests that genes switch on more strongly when they move from the nucleus’s edge toward structures that contain proteins involved in making and processing RNA.
Nuclear location helps control gene activity during brain development
A study of developing human brain tissue suggests that genes switch on more strongly when they move from the nucleus’s edge toward structures that contain proteins involved in making and processing RNA.
Five-year-old human brain organoids aged on schedule
The cultured spheres typically mimic only prenatal development, but the five-year-old ones grown in Paola Arlotta’s lab acquired postnatal features.
Five-year-old human brain organoids aged on schedule
The cultured spheres typically mimic only prenatal development, but the five-year-old ones grown in Paola Arlotta’s lab acquired postnatal features.