Searchable abstracts of presentations at key conferences in endocrinology

ea0059p150 | Nursing practice | SFEBES2018

Nurse led parathyroid clinics – Improving the patient journey

Milne Alison , Murray Lynne , Stirling Claire , Middleton Morag

Introduction: Our endocrine service introduced a nurse led parathyroid clinic to provide an efficient pathway for patients referred with hypercalcaemia.This benefits patients and clinical staff.Materials/Methods: Patients referred with a raised calcium level are vetted by the endocrine consultants and directed to the nurse led clinic. The patients are seen within 6 weeks using a standard proforma and checklist. Relevant investigations to include renal fu...

ea0050ecp1.2 | (1) | SFEBES2017

The role of hypoxia in the physiology and pathology of menstruation

Maybin Jacqueline , Murray Alison , Hirani Nikhil , Saunders Philippa , Carmeliet Peter , Critchley Hilary

Heavy menstrual bleeding (HMB) is common and debilitating but it remains a taboo subject. Hence its cause remains undefined, resulting in non-specific hormone therapies with intolerable side effects.Over 70 years ago it was proposed that progesterone withdrawal caused intense vasoconstriction and a transient endometrial hypoxia that resulted in menstruation. Subsequent research confirmed that inflammation initiated menses and disputed the role of hypoxia...

ea0050ecp1.2 | (1) | SFEBES2017

The role of hypoxia in the physiology and pathology of menstruation

Maybin Jacqueline , Murray Alison , Hirani Nikhil , Saunders Philippa , Carmeliet Peter , Critchley Hilary

Heavy menstrual bleeding (HMB) is common and debilitating but it remains a taboo subject. Hence its cause remains undefined, resulting in non-specific hormone therapies with intolerable side effects.Over 70 years ago it was proposed that progesterone withdrawal caused intense vasoconstriction and a transient endometrial hypoxia that resulted in menstruation. Subsequent research confirmed that inflammation initiated menses and disputed the role of hypoxia...

ea0038p365 | Reproduction | SFEBES2015

Investigation into the effects of glucocorticoids in a mouse model of induced menstruation

Murray Alison A , Armstrong Gregory M , Murgai Reena , Gray-Renfrew Alexandra E , Vere Rebecca E A , Chapman Karen E , Critchley Hilary O D

Introduction: Heavy menstrual bleeding (HMB) affects over 1 million women in the UK. At menses, progesterone (P4) withdrawal drives inflammation, tissue break-down and repair of the endometrium. Glucocorticoids are mediators of inflammation and angiogenesis. Our previous studies have demonstrated that differential endometrial expression of the glucocorticoid-metabolising enzymes, 11β-HSD-1 and -2, may play a role in HMB. We hypothesise that aberrant lo...