Searchable abstracts of presentations at key conferences in endocrinology

ea0027oc2.2 | Oral Communications 2 (Quick Fire) | BSPED2011

The assessment of bone microarchitecture by high resolution magnetic resonance imaging (micro MRI) in young adults with childhood onset disease

Yacoubian Calum , McComb Christie , Leddy Christopher , Ahmed Faisal , Foster John

Introduction: Dual energy X-ray absorptiometry (DXA) scans are regarded as the gold standard for assessing bone health. However, an inability to distinguish between cortical and trabecular bone as well as the use of inapproapriate size corrections mean that this technique is of limited clinical use in conditions affecting either bone microarchitecture or patient size. We have trialled the use of high resolution MRI (micro MRI) in the measurement of bone microarchitecture in pa...

ea0039ep15 | Bone | BSPED2015

The precision of partial image analysis of trabecular bone microarchitecture by high-resolution magnetic resonance imaging in people with childhood-onset bone abnormalities

Chen Suet Ching , Abdalrahaman Naiemh , McComb Christie , Foster John , Ahmed S Faisal

Background: High-resolution magnetic resonance imaging (hrMRI) can assess trabecular bone microarchitecture but the number of image slices required for reliable assessment is unclear.Methods: MRI was performed just below the growth plate of the proximal tibia from 20 healthy controls (all females; median age 21 years (range 18.35) and ten cases (3M:7F; median age 19.5 years (range 16.48) with known bone abnormalities including osteogenesis imperfecta and...

ea0058oc7.3 | Oral Communications 7 | BSPED2018

The determinants of skeletal morbidity and fractures in children with type 1 diabetes

Chen Suet Ching , Shepherd Sheila , McMillan Martin , McNeilly Jane , McComb Christie , Foster John , Wong Sze Choong , Robertson Kenneth J , Ahmed S Faisal

Objective: The pathophysiology of the increased fracture risk in Type 1 Diabetes (T1D) remains unclear. Given that childhood and adolescence are important physiological periods for optimal bone development, we performed a multimodality assessment to determine the effects of T1D on bone health.Methods: Thirty two affected children at a median (range) age of 13.7 years (10.4, 16.7), were recruited for detailed assessment of bone health. Serum bone alkaline...