View clinical trials related to Infertility, Female.
Filter by:A cohort study involving 200 women candidate for IVF / ICSI cycles . The participants will be assessed through full history-taking with special consideration to age and the duration, type, and cause of infertility. The medical examination included general, abdominal, and vaginal examinations. Finally, an ultrasonography examination was performed to check for the presence of three or more preantral follicles and to exclude ovarian cysts. On day 3 of a natural cycle, a baseline levels of FSH, luteinizing hormone (LH), , estradiol and anti-Müllerian hormone (AMH).Ovarian stimulation was performed using a long, antagonist, or short protocol. They were assigned to one of the 2 groups according to having an intramural myoma not indenting the cavity or not. All will be followed up by transvaginal ultrasonography . When two or more follicles had reached a mean diameter of 18 mm, oocyte maturation was triggered by intramuscular administration of hCG. Embryo transfer will be done at day 2, 3 or 5 according to the circumstances.
373 women with PCOS undergoing a trial of IVF/ICSI will receive OCP from day 2 of the preceding cycle for 21 days followed by GnRH antagonist COH. Another 373 women with PCOS undergoing a trial of IVF/ICSI will start GnRH antagonist COH directly without OCP pretreatment. Both groups will be followed up for effect on ongoing pregnancy rate.
This is a prospective randomised study of the evaluation of the clinical IVF results after following a new revolutionary 3-Injection- Protocol for controlled ovarian stimulation in infertile women.
The relation between the timing of COC denudation and oocyte /embryo quality is controversial. The aim of this study is to examine whether timing of denudation of sibling oocytes has any effect on embryo quality.
This study aims to develop a patient-centered, user-center, interactive web-based decision aid to support the young women with cancer in making an informed fertility-related decision and further evaluate its efficacy.
A randomized controlled trial to evaluate whether pretreatment with myo-inositol can lower testosterone levels and improve clinical outcomes in hyperandrogenic PCOS patients undergoing ART
Controlled ovarian stimulation (COS) is one of the first stages of assisted reproductive treatment. The goal is to mimic the ovarian cycle while stimulating the ovaries to overproduce eggs capable of being fertilized, thus maximizing the chances of reproductive success. The stimulation phase involves the use of different hormonal medications but requires tests to check the development of follicles, and hormonal adjustment to get the optimal ovarian response to stimulation. However, between 9 to 24% of patients fail to respond adequately to standard stimulation protocols, resulting in Poor Ovarian Response (POR). In addition to the low oocyte production, POR results in a restricted number of good quality embryos with appropriate implantation potential, suggesting a compromised oocyte quality. POR is one of the most challenging problems in reproductive medicine. Poor responders are difficult to treat since their response to stimulation tend to be deficient even when using different drugs or protocols. In recent years, different therapeutic alternatives have been proposed for these patients. However, to date, the optimal stimulation protocol has not yet been described and oocyte donation is often offered as their only option to achieve pregnancy. Recently, evidence has emerged that supplementation with a specific hormone, luteinizing hormone (LH), during or prior to COS could lead to improved reproductive outcomes in poor responders by increasing the number of oocytes retrieved and improving their quality. The present study aims to evaluate the effect of the treatment with LH prior to COS on the ovarian response in patients with POR and advanced maternal age, the worst prognosis but more frequent group of poor responders attending fertility clinics. We will assess whether LH treatment prior to COS increases the number and quality of oocytes retrieved in those patients and, finally, analyse the impact in their chances of getting pregnant and having a baby.
Infertility affects approximately one in seven couples, and it can be a devastating diagnosis and difficult experience for couples to endure. Ellen Langer, Ph.D., Director of the Langer Lab at Harvard, has spent several decades demonstrating evidence supporting a mind-body approach to improve wellbeing and overall functioning. Specifically, she asserts that Mindfulness in its most basic sense - paying attention in the moment - is enough to create both perceived (e.g., self-reported) and real (e.g., objective testing) change. Langer and her colleague, for example, demonstrated that "Trait mindfulness predicted the well-being of expecting mothers and better neonatal outcomes. Mindfulness training resulted in better health for the expecting mother". In this study, Mindfulness training refers to "attention to sensation variability." Such interventions are cost effective, minimally invasive, less time-consuming for practitioners and participants and generally easy to learn. Langer and her colleague's study refers to pregnancy. Infertility is unlike pregnancy in its exact clinical diagnosis. Nevertheless, similar to pregnancy, infertility is considered a clinical condition affecting the body, in this case the reproductive system. Therefore, based on the results of studies like Langer and her colleague's, that used participants with clinical conditions affecting the reproductive system, the investigators propose similar mindfulness intervention (attention to sensation variability) research with infertile individuals. However, the investigators intend to extend our examination to also include a treatment group with the partners of the infertile individuals, as little, if any research, has attempted to do so previously. The investigators hypothesize that state mindfulness (groups exposed to mindfulness intervention) will improve wellbeing in the infertile patient and her partner and that trait mindfulness will predict ability to become pregnant.
There is increasing evidence that exposure to environmental factors in early development is associated with an increased risk of metabolic and other common diseases. These increased disease risks are likely due to environmental-induced epigenetic changes leading to dysregulation of genes and signaling cascades. The best studied epigenetic modification in this context is DNA methylation. Preliminary studies have already shown that an increased father age or intracytoplasmic sperm injection affects methylation pattern in sperm or umbilical cord blood of children. Unlike sperm, less is known about the methylation of human oocytes and their susceptibility to environmental factors. The aim of this study is to analyze the methylation pattern of immature oocytes of women with decreased fertility. Based on the results of a large number of oocytes from different women, risk assessments could be made for individual factors such as the age of the patient, as well as correlations between the occurrence of changes in gene expression and the unfulfilled desire to have children. In addition, the methylation patterns in sperm from 20 patients are to be examined as reference patterns.
The goal is to investigate whether endometrial flushing with Lipiodol enhances fertility. Therefore, anatomo-pathological, histochemical and transcriptional changes of the endometrium after Lipiodol bathing in a general population of healthy volunteers will be determined.