Offering to share: how to put heads together in autism neuroimaging.
Use the ready-made file-naming rules in K et al. (2008) so your autism imaging data can merge cleanly with the next mega-study.
01Research in Context
What this study did
Belmonte et al. (2008) wrote a how-to guide for autism brain-imaging labs. They list the exact files, codes, and checks needed so any team can pool their scans.
The paper gives a sample folder tree and naming rules. It shows where to put raw scans, cleaned scans, and participant logs.
What they found
The authors did not run an experiment. Instead they offer a ready-to-use protocol that balances common rules with room for each lab’s own tweaks.
They warn that without shared formats, future mega-studies will drown in messy data.
How this fits with other research
Schultz (2008), printed the same year, extends the call. T adds genetics and urges even bigger samples to find biomarkers that predict autism before behavior shifts.
Klin (2025) picks up the same sharing spirit but moves from brain scans to eye-tracking. The later paper says FDA-cleared eye trackers can now diagnose autism before age three, as long as clinics adopt new delivery models.
Elcoro et al. (2023) echoes the teamwork theme inside behavior analysis. They push citation counts and co-authorship maps to prove — and improve — cross-lab work.
Why it matters
If you ever share data — or hope to — lift the folder tree straight from Belmonte et al. (2008). Rename your files today so the next team can drop them into a mega-analysis without a cleanup nightmare. Clean data today means faster biomarkers tomorrow.
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02At a glance
03Original abstract
Data sharing in autism neuroimaging presents scientific, technical, and social obstacles. We outline the desiderata for a data-sharing scheme that combines imaging with other measures of phenotype and with genetics, defines requirements for comparability of derived data and recommendations for raw data, outlines a core protocol including multispectral structural and diffusion-tensor imaging and optional extensions, provides for the collection of prospective, confound-free normative data, and extends sharing and collaborative development not only to data but to the analytical tools and methods applied to these data. A theme in these requirements is the need to preserve creative approaches and risk-taking within individual laboratories at the same time as common standards are provided for these laboratories to build on.
Journal of autism and developmental disorders, 2008 · doi:10.1007/s10803-006-0352-2