1 paper4 findings
Disease progression
mixedin humans1
Upper cervical spinal cord morphometric deviation scores are associated with disease progression in humans.
“These deviation scores captured disease-specific abnormalities, enabled disease classification, and were associated with cognition, physical disability and disease progression.”
Humanspatients with neurological disordersupper cervical spinal cord
Spinal cord charts map age patterns and disease differences
medRxiv12 Oct 2026Preprint
Physical disability
mixedin humans1
Upper cervical spinal cord morphometric deviation scores are associated with physical disability in humans.
“These deviation scores captured disease-specific abnormalities, enabled disease classification, and were associated with cognition, physical disability and disease progression.”
Humanspatients with neurological disordersupper cervical spinal cord
Spinal cord charts map age patterns and disease differences
medRxiv12 Oct 2026Preprint
Cognitive function
mixedin humans1
Upper cervical spinal cord morphometric deviation scores are associated with cognitive function in humans.
“These deviation scores captured disease-specific abnormalities, enabled disease classification, and were associated with cognition, physical disability and disease progression.”
Humanspatients with neurological disordersupper cervical spinal cord
Spinal cord charts map age patterns and disease differences
medRxiv12 Oct 2026Preprint
Neurological disorder classification
mixedin humans1
Upper cervical spinal cord morphometric deviation scores predict neurological disorder classification in humans.
“These deviation scores captured disease-specific abnormalities, enabled disease classification, and were associated with cognition, physical disability and disease progression.”
Humanspatients with seven neurological disordersupper cervical spinal cordn = 2,394
Spinal cord charts map age patterns and disease differences
medRxiv12 Oct 2026Preprint
Different upper spinal cord measurements peaked at ages 29.7–44.1 years in reference charts based on scans of 10,159 healthy people aged 8–85.Different upper spinal cord measurements peaked at ages 29.7–44.1 years in reference charts based on scans of 10,159 healthy people aged 8–85.