Community Newsletter: Completed human genome, chromosome 16 convergence, avoiding ableism
This week’s newsletter looks at tweets about new genes, familiar chromosomal regions and outdated terms.
This week’s newsletter looks at tweets about new genes, familiar chromosomal regions and outdated terms.
Autism research tweets this week sounded multiple notes of caution — about mouse models, early interventions, genetic associations and leaky recruitment pipelines.
This week’s newsletter threads together tweets about what’s needed to link brain structure or function to behavior, early support for autistic children and a new tool to screen for autism in Nigeria.
Social media in the autism research space this week talked about making training for Black parents of autistic children “culturally relevant” and how — right on time for #InternationalWomensDay — Google auto-demotes famous women scientists.
Tweets in the autism research sphere during the first week of March have come in like a lion, roaring — over gaps in clinical care for autistic people, gaps in understanding and gaps in evidence.
Social media in the autism space this week served up a helpful cheat sheet of standout research tweets to catch up on — plus an easier way to consume preprints.
Twitter amplified the message that research involving thousands of participants holds the power to produce more clinically significant findings, plus highlights from a meeting in Israel and a new resource to connect researchers and policymakers.
Tweets this week feature research about the increases in downloads and citations papers get through social-media shares, as well as findings that tie three autism-linked genes to a new point of convergence.
Pick up threads about how remote learning can benefit autistic students, why a study about screen time deserves scrutiny and how a newly discovered form of cellular communication could yield clues about autism.
This week’s Community Newsletter takes up tweets about how often autism intervention research fails to report participants’ race and ethnicity, benchmarks for effect sizes and mapping chandelier cells in the mouse visual cortex.