Discussion on social media revolved around a meta-analysis of suicidality in autism, a method to purify neural stem and progenitor cells, and autism-linked genes in zebrafish.
Researchers took to Twitter this week to discuss the most complete map of brain structure to date — that of a larval fruit fly — and the largest-yet human brain connectivity resource.
Three murine studies — two of cell types in the mouse brain plus a look at behavioral sex differences — dominated researchers’ attention on Twitter this week.
The research community was abuzz this week with chatter about Nature’s new policy on registered reports, a 3D genome atlas of the cerebellum, and a study that measured brain activity in freely moving octopuses.
This week, researchers on Twitter discussed false results in gene expression studies, a wearable neuron-recording device, and paper-publishing requirements.
Tweets this week consider new research on how rare gene variants contribute to complex traits and microglia change their shape, plus views on diagnosing autism virtually.
This week’s newsletter considers tweets about the assumptions baked into brain-imaging studies; the reach of brain waves; and a diet-based intervention for a rare autism-linked condition.
Discussion among autism researchers on Twitter this week swirled around how well pediatricians assess the condition, how it affects cognitive aging and how it alters cardiometabolic disease risk.
Conversation took off this week around precision in neuroscience measurements, a new strategy to rescue Rett neurons, autism insights from protein interactomes, and mechanisms of touch perception.
This week, researchers discussed a search for autism biomarkers, a surprising explanation for how the brain organizes spontaneous behavior, and sleep disturbances in children with genetic neurodevelopmental conditions. Also, four new projects on profound autism received funding from the Autism Science Foundation.
