Active clinical trials for "Infertility"

This post-marketing surveillance study is conducted in accordance with the regulations for re-examination of domestic new drugs (Standard for Re-Examination of New Drugs: Ministry of Food and Drug Safety [MFDS]: Notification No. 2017-95, 21 Nov, 2017). It is important to monitor the pattern of drug use in general practice for a long term after marketing authorization, and to investigate and identify potential new adverse events (AEs) and their onset status that were not observed during the drug development phases and any potential factors that affect safety and effectiveness of the new drug.

To determine the diagnostic accuracy of non-invasive preimplantation genetic testing for aneuploidy (NI-PGT-A) for embryo selection.

Patients with absolute Uterine Factor Infertility (AUFI) are infertile due to the absence of a uterus. The absence of a uterus can be either iatrogenic (hysterectomy for gynecological pathology such as cancer or for obstetric pathology such as postpartum hemorrhage with hysterectomy for hemostasis), or congenital with utero-vaginal agenesis including Mayer Rokitansky Küster Hauser syndrome (MRKH) is the most common syndrome of uterine agenesis. Alongside the AUFI, there is Non-Absolute Uterine Factor Infertility (NAUFI) which corresponds to patients with a uterus in place but which is altered by different pathologies, most often acquired, making it unsuitable for embryonic implantation and preventing the patient to get pregnant. Uterus Transplantation (UT) represents an interesting alternative to the treatment of AUFI and potentially NAUFI (in the event of a uterus present but unsuitable for implantation) to access parenthood, especially since it is the only proposal that allows the patient to be both the surrogate mother, the biological mother (in case of simple donation) and the legal mother. Many animal experiments have been accelerated since the beginning of the 21st century demonstrating that uterus transplantation was technically feasible and that pregnancy was possible. In humans, several teams have recently performed several uterus transplants and have shown that this procedure is possible whether the donor is alive or dead (state of brain death). In France, two teams (Foch and Limoges) have developed a uterus transplantation program. One in the context of living donors and the other of a deceased donors. At the University Hospital of Rennes, we want to offer a UT program allowing access to a living or deceased donor for women with AUFI (type 1 or 2 MRKH syndrome and hysterectomy).

Randomized, controlled, double-blind, three-arm clinical trial in which 75 women will be randomized to treatment with metformin, 75 women to treatment with placebo and 50 women to the observation group. The medical intervention will last 24 weeks (6 months). Women with confirmed idiopathic infertility, in whom infertility factors have been excluded during full diagnostics, will be included in the study

This research project aims to utilise recent advances in whole genome sequencing of preimplantation genetic diagnosis embryos to investigate the impact of paternal age on de novo mutation rates in IVF embryos. Embryos that are deemed unsuitable for transfer following preimplantation genetic testing for monogenic/single gene disorders (PGT-M) due to the detection of genetic abnormalities will be utilized for this study. These embryos will undergo re-biopsy, and both the biopsied samples as well as the remaining embryo tissue will be subject to whole genome sequencing. This will allow the assessment of de novo mutation rates based on the paternal age.

The study aims to evaluate the effectiveness of an individualized FSH dosing model called IDoser in controlled ovarian stimulation (COS) for assisted reproduction. The randomized, controlled, multicenter trial involves 236 first cycle IVF patients, who will be assigned to either the intervention arm (using the IDoser model) or the control arm (standard clinician-determined dosing). The primary outcome is the number of mature oocytes retrieved, with the hypothesis of non-inferiority for the intervention arm. Secondary outcomes include cycle cancellations, risk of ovarian hyperstimulation syndrome (OHSS), and pregnancy and live birth rates.

Background: Medical advances have improved survival rates for many cancers and other illnesses. This means that more people are coping with the long-term effects of these treatments. Some treatments can cause female infertility. Ovarian tissue cryopreservation (OTC) may help. Before undergoing a treatment that may damage their fertility, patients may opt to freeze a sample of ovarian tissue. The tissue contains immature egg cells. When thawed, the tissue can be reimplanted. This procedure can help women become pregnant. Objective: This natural history study will create a databank of ovarian tissue. The NIH will provide OTC as a clinical service. The NIH will also request a portion of the tissue to use for research. Eligibility: Females aged 4 to 35 who opt to have OTC before receiving cancer treatment. Design: Participants will be screened. Their existing medical records will be reviewed. They will be asked if they want to donate a portion of their ovarian tissue for research. No more than 20% of the tissue collected will be taken for research. Some other tissues that would otherwise be discarded will also be kept. Medical data from each participant may also be collected and stored in the database. This data may include results of routine blood tests, imaging tests, and other information. The data will be coded for privacy. Participants will answer a questionnaire. They will be asked about their fertility treatment and general health. The survey takes about 30 minutes. They will repeat the questionnaire once a year for 30 years.

The investigators currently lack an understanding of barriers to completing the male factor infertility evaluation. Furthermore, as the investigators continue to expand access to fertility treatment particularly within low-resourced settings, it is important that all aspects of infertility within a couple are equally explored. The COVID-19 pandemic has disproportionately affected low-income communities and communities of color at greater rates in terms of not only disease morbidity/mortality but how medical systems are accessed and care is delivered.

Ovulatory dysfunction is identified in 15% of all infertile couples and it accounts for 40% of female infertility. Ovulatory dysfunction may be more subtle in women with regular menses. Detecting the day of ovulation is necessary for optimizing natural conception, diagnosis of cycle disturbances and also timing for embryo transfer in natural cycle frozen-thawed embryo transfers. In order to diagnose ovulatory dysfunction, ovulation physiology and change of reproductive hormones during the menstrual cycle should be understood. In the present study we aimed to evaluate serial serum hormonal cut-off levels referenced to ovulation in subfertile women with regular menses.

The study will focus on treatment of Poly Cystic Ovary Syndrome patients with infertility The aim is to to find the best treatment by comparison of surgical and non surgical intervention