Educational Genetics | Neurodiversity | Intergenerational Transmission
🧬📖➗👨👩👧👦 #ERC-StG #VIDI 🤸acrobat
https://scholar.google.com/citations?user=X2U5w7UAAAAJ&hl=nl&oi=ao
And the Research Master's #rmGBH at @vuamsterdam.bsky.social www.vu.nl/genes
#BehaviouralGenetics #PhDLife #ResearchLife #AutismResearch #SCANNER #PsychologyStudents #CareerInScience #FutureScientists #VUAmsterdam #DevelopmentalScience
And the Research Master's #rmGBH at @vuamsterdam.bsky.social www.vu.nl/genes
#BehaviouralGenetics #PhDLife #ResearchLife #AutismResearch #SCANNER #PsychologyStudents #CareerInScience #FutureScientists #VUAmsterdam #DevelopmentalScience
In our twin paper, ADHD–dyslexia–dyscalculia overlap reflected shared genetic risk, not causality.
The new Finnish models show the same pattern via random intercepts.
🔗 doi.org/10.1177/0956...
🔗 osf.io/rvd9q/
5/5
In our twin paper, ADHD–dyslexia–dyscalculia overlap reflected shared genetic risk, not causality.
The new Finnish models show the same pattern via random intercepts.
🔗 doi.org/10.1177/0956...
🔗 osf.io/rvd9q/
5/5
• Single dots = 1 condition
• Connected dots = ≥2
Learning difficulties co-occur ~4.5× more with each other, but only ~1.5× with ADHD.
🔗 osf.io/rvd9q/
3/5
• Single dots = 1 condition
• Connected dots = ≥2
Learning difficulties co-occur ~4.5× more with each other, but only ~1.5× with ADHD.
🔗 osf.io/rvd9q/
3/5
RI-CLPMs show:
• no cross-lagged effects with reading fluency or arithmetic
• consistent effects from ADHD to later reading comprehension
Shared risk factors explain most overlap—except for comprehension, where ADHD predicts slower growth.
🔗 osf.io/rvd9q/
2/5
RI-CLPMs show:
• no cross-lagged effects with reading fluency or arithmetic
• consistent effects from ADHD to later reading comprehension
Shared risk factors explain most overlap—except for comprehension, where ADHD predicts slower growth.
🔗 osf.io/rvd9q/
2/5
In our twin paper, ADHD–dyslexia–dyscalculia overlap reflected shared genetic risk, not causality.
The new Finnish models show the same pattern via random intercepts.
🔗 doi.org/10.1177/0956...
🔗 osf.io/rvd9q/
5/5
In our twin paper, ADHD–dyslexia–dyscalculia overlap reflected shared genetic risk, not causality.
The new Finnish models show the same pattern via random intercepts.
🔗 doi.org/10.1177/0956...
🔗 osf.io/rvd9q/
5/5
🔗 osf.io/rvd9q/
4/5
🔗 osf.io/rvd9q/
4/5
• Single dots = 1 condition
• Connected dots = ≥2
Learning difficulties co-occur ~4.5× more with each other, but only ~1.5× with ADHD.
🔗 osf.io/rvd9q/
3/5
• Single dots = 1 condition
• Connected dots = ≥2
Learning difficulties co-occur ~4.5× more with each other, but only ~1.5× with ADHD.
🔗 osf.io/rvd9q/
3/5
RI-CLPMs show:
• no cross-lagged effects with reading fluency or arithmetic
• consistent effects from ADHD to later reading comprehension
Shared risk factors explain most overlap—except for comprehension, where ADHD predicts slower growth.
🔗 osf.io/rvd9q/
2/5
RI-CLPMs show:
• no cross-lagged effects with reading fluency or arithmetic
• consistent effects from ADHD to later reading comprehension
Shared risk factors explain most overlap—except for comprehension, where ADHD predicts slower growth.
🔗 osf.io/rvd9q/
2/5
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