hrp0097p1-417 | Bone, Growth Plate and Mineral Metabolism | ESPE2023
Moon Rebecca
, D'Angelo Stefania
, Crozier Sarah
, Fernandes Michelle
, Fall Caroline
, Gale Catharine
, Godfrey Keith
, Davies Justin
, Cooper Cyrus
, Harvey Nicholas
Background: In later life, osteoporosis and poor cognitive function often co-exist. This has commonly been attributed to post-menopausal estrogen loss, but there is increasing recognition of cross-talk between the brain and bone. For example, in animal models, bone derived osteocalcin has positive associations with brain volume and cognitive function whilst brain-derived neurotransmitters appear to influence bone mass. Despite this, a common early life origin ...