ESPE Abstracts

I will review the latest developments in imaging of the brain using magnetic resonance. Over the last twenty years imaging of the diffusion of water molecules in the tissue has emerged as the method of choice for measuring the structure of brain tissue. The development of so called diffusion tensor imaging had allowed measurement of anisotropy which reflects how aligned or coherent is the underlying structure of myelinated axons in white matter. For example we have shown in ch...

Background: Hypopituitarism in children is a complex condition and its hierarchical evolution at different developmental windows is unpredictable. Magnetic resonance imaging (MRI) is helpful but largely a subjective assessment of anomalies of the hypothalamo-pituitary (H-P) structures. We aimed to test the utility of a quantitative measure of pituitary and stalk in predicting neuroendocrine phenotypes.Patients and Methods:</stron...

Background: Hypothalamic dysfunction (HD) is life-threatening but precise diagnostic tools are lacking. Normal hypothalamic anatomy is difficult to delineate on MRI. Damage to the area is inferred from a visible lesion, but how widely it disturbs signalling connections or correlates with symptoms is unclear. Furthermore, in congenital/syndromic diseases the hypothalamus appears normal even in cases with clear HD. We aimed to develop novel clinical and radiolog...