The present study is a placebo-controlled randomised study on the effects of estrogen replacement upon AN-associated psychopathology, several neurocognitive domains and appetite-regulating circuits in female patients with AN. The investigators aim at assessing peripheral concentrations of neuroendocrinological components of the Hypothalamus-Pituitary-Gonadal (HPG) and Hypothalamus-Pituitary-Adrenal (HPA) axis, as well as appetite-regulating hormones in AN and to examine associations with AN-associated psychopathology and neurocognitive performances before (baseline), during and after inpatient psychotherapy of female patients receiving concomitant treatment with estrogens (vs. placebo).
While there is broad knowledge on the disruption of appetite regulation, neurocognitive deficits in AN patients, the impact of cortisol on neurocognitive performances in patients with AN and the effects of estrogen on neurocognitive features in healthy subjects, up to now, no study has implemented estrogen replacement in AN patients, in order to examine ist effects upon AN-associated psychopathology, neurocognition and peptides regulating appetite. Thus, this is the first study of its kind. Primary target: Assessment of the impact of sexual hormone replacement using an estrogen-progestin-combination as add-on to psychotherapy upon neurocognitive performance in patients suffering from anorexia nervosa by means of a neuropsychological test battery consisting of a test of verbal intelligence, the Trail making test A and B, a Go/No-go paradigm and the Wisconsin Card Sorting Test. Secondary targets: * Examination of safety and tolerability of sexual hormone replacement using an estrogen-progestin-combination in patients with anorexia nervosa. * Assessment of the impact of the sexual hormone replacement upon psychopathology in patients with anorexia nervosa by means of the Eating Disorder Examination Questionnaire (EDE-Q) and the Eating Disorder Inventory-2 (EDI-2). * Assessment of the impact of substitution upon anxiety (STAI) * Assessment of the impact on cortisol levels * Assessment of the impact on appetite-regulating plasma peptides * Assessment of the impact on the prescription of antidepressants
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
QUADRUPLE
Enrollment
11
approved oral contraceptive (Germany): Maxim
placebo
Department of Psychosomatic Medicine and Psychotherapy, University Hospital Erlangen
Erlangen, Bavaria, Germany
Changes in neurocognitive performance
Performance based on a neurocognitive test battery
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Incidence of treatment-emergent adverse Events (AE) (safety/tolerability)
Number of adverse events (including AE, AR, severe AE, SAR and SUSAR)
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Changes in psychopathology (EDE-Q)
Changes in sum scores in the EDE-Q
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Changes in psychopathology (EDI-2)
Changes in sum scores in the EDI-2
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Changes in psychopathology (STAI)
Changes in sum scores in the STAI
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Changes in psychopathology (Patient Health Questionnaire-9, PHQ-9)
Changes in sum scores in the PHQ-9
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Changes in psychopathology (Eating Disorder Quality of Life, EDQoL)
Changes in sum scores in the EDQoL
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Neuroendocrinological changes (cortisol)
Changes in plasma cortisol levels during a dexamethasone suppression test
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Neuroendocrinological changes (glucose)
Changes in plasma concentrations of glucose
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Neuroendocrinological changes (insulin)
Changes in plasma concentrations of insulin
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Neuroendocrinological changes (ghrelin)
Changes in plasma concentrations of the appetite-regulating peptide ghrelin
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Neuroendocrinological changes (leptin)
Changes in plasma concentrations of the appetite-regulating peptide leptin
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
Changes in antidepressant medication
Changes in antidepressants´ use
Time frame: 10 weeks of hormonal substitution with an estrogen-progestin-combination
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