Searchable abstracts of presentations at key conferences in endocrinology
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Joint Irish-UK Endocrine Meeting 2024

Belfast, Northern Ireland
14 Oct 2024 - 15 Oct 2024

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Symposia

Bone Update

ea0104s3.1 | Bone Update | SFEIES24

Effects of exercise on bone health

Brooke-Wavell Katherine

Osteoporosis is a condition characterised by bone loss, architectural deterioration and increased susceptibility to fractures, which cause substantial pain and limitations in function. One in two women, and one in five men, aged over 50 will experience a fracture in their remaining lifetime. Exercise may reduce risk of osteoporotic fracture by increasing bone strength and reducing risk of falls, which precipitate many osteoporotic fractures. The types of exercise effective on ...

ea0104s3.2 | Bone Update | SFEIES24

Gut-derived peptides and bone disorders in obesity and diabetes

Irwin Nigel

Bone remodelling is regulated by many endogenous factors, with recent attention on the pivotal role of gut-derived peptide hormones in this regard. Indeed, a gut-bone axis has now been described, that is coordinated largely by the secretion and action of intestinal-derived peptide hormones. In addition to this, obesity and diabetes are highly prevalent metabolic disorders that negatively affect health, and there is now a clear link between these diseases and impaired bone heal...

ea0104s3.3 | Bone Update | SFEIES24

Identification of the genetic determinants and clinical implications of bone marrow adiposity using deep learning in the uk biobank

Xu Wei , Mesa-Eguiagaray Ines , Morris David , Wang Chengjia , Gray Calum , Sjostrom Samuel , Papanastasiou Giorgos , Badr Sammy , Paccou Julien , Li Xue , Timmers Paul , Timofeeva Maria , Semple Scott , MacGillivray Tom , Theodoratou Evropi , Cawthorn William

Bone marrow adipose tissue (BMAT) is a distinct, major adipose tissue subtype that is a normal feature of mammalian anatomy. However, BMATÂ’s pathophysiological functions and genetic determinants remain unknown. In humans, bone marrow adiposity is typically measured as the bone marrow fat fraction (BMFF) using magnetic resonance imaging (MRI). Herein, we used deep learning to measure the BMFF of the spine, femoral head, total hip, and femoral diaphysis from MRI of >45,...