View clinical trials related to Gender Identity Disorder.
Filter by:i2TransHealth is a randomized controlled trial that investigates the outcomes of an internet-based health care approach for transgender and gender diverse (TGD) people. As a health services research project, i2TransHealth aims at reducing the structural disadvantage for TGD people [people with transsexualism (TS: ICD-10), gender incongruence (GIC: ICD-11) and/or gender dysphoria (GD: DSM-5)] living in areas lacking specialized transition-related treatment. Located at the Institute for Sex Research and in cooperation with the Interdisciplinary Transgender Health Care Center Hamburg (ITHCCH), both University Medical Center Hamburg-Eppendorf (UKE), i2TransHealth is an innovative intervention including video consultation and a 1:1 chat with clinical psychologists. By cooperating with the ITHCCH, general physicians and psychiatrists provide first and local access to the specialized treatment provided by the UKE. In the intervention group, the study participants are invited to use the i2TransHealth e-health platform including a video consultation hour every two weeks and a messenger between the video-meetings. In addition, they have the opportunity to receive medical support close to their home by licensed GPs and psychiatrists according to their needs (especially in case of a somatic or mental health crisis). The waiting group participants will be able to go forward with transition-related care after four months of study participation, as part of regular care. The primary outcome measure is a reduced symptomatology for TGD people (BSCL). Secondary outcome parameters include quality of life and patient satisfaction as well as healthcare-related costs and cost-effectiveness. Finally, based on a longitudinal design, it will be assessed if the physicians improve their TGD-related expertise by cooperating within the i2TransHealth-network.
This ultrahigh-field MRI study gives us the unique opportunity to measure changes in brain function and structure induced by long-term opposite-sex steroid hormone administration in transsexual subjects. Our aim is 1. to prove the influence of high-dose, long-term opposite-sex steroid hormone treatment on functional brain response in transsexuals. 2. to investigate the influence of hormone treatment on resting state functional connectivity and brain morphology. 3. to investigate differences between transsexuals and healthy control subjects in brain function and functional connectivity, brain morphology and structural connectivity. In this longitudinal study, transsexuals and healthy control subjects will undergo three 7 Tesla ultrahigh-field MRI scan sessions: 1. baseline (before hormone treatment), 2. after 4 weeks of treatment and 3. after 4 months of treatment.