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ObjectiveMeasures of spinal cord structure can be a useful phenotype to track disease severity and development; this observational study measures the hereditability of cervical spinal cord anatomy and its correlates in healthy human beings.MethodsTwin data from the Human Connectome Project were analyzed with semiautomated spinal cord segmentation, evaluating test-retest reliability and broad-sense heritability with an AE model. Relationships between spinal cord metrics, general physicaldoi:10.1212/nxg.0000000000000401 pmid:32185240 pmcid:PMC7061306 fatcat:zgm6sfgfufgddciylydhvazoeq