View clinical trials related to Infertility, Female.
Filter by:Chemotherapy and radiation for cancer and other conditions can cause infertility. Several centers around the world are cryopreserving ovarian tissue from these patients though an experimental protocol, including the Fertility Preservation Program in Pittsburgh (protocol PRO08050491). The objective of this study is to study the efficacy and safety of autologous tissue transplantation in patients diagnosed with primary ovarian insufficiency after chemotherapy and/or radiation treatments.
Reduced ovarian reserve and the consequent poor ovarian response are very recurent in infertile patients, indeed a percentage of 10%-24% of couples addressed to infertility program may be classified as Poor Ovarian Responder (POR). Objective: To evaluate whether the repeated luteal phase stimulation (Second Step) permits a significantly higher number of oocytes retrieved in POR when compared to conventional follicular stimulation. Interventions: The follicular phase stimulation is conduced according to a standardized Antagonist protocol or Short protocol (with GnRH agonist) using recombinant or urinary gonadotropins (starting dose 300 or 450 UI) or a long lasting recombinant gonadotropin (Corifollitropin alfa 150 mcg). Two - six days after the first oocyte retrieval a second gonadotropin stimulation will be started with a GnRH antagonist protocol (the stimulation will be started with 250 UI of human menopausal gonadotropin (hMG) and a GnRH antagonist (GnRH-an) 0,25 mg\die will be administered when the leading follicle is ≥ 14 mm until hCG (human chorionic gonadotropin) criteria are met. When at least two follicles had reached 17-18 mm in diameter, ovulation will be triggered with a single subcutaneous bolus of urinary human chorionic gonadotropin (10.000 UI ) and oocyte retrieval will be performed after 35 hours. Two or Three months after the second oocyte retrieval the Embryo transfer (ET) will be performed after endometrial preparation with Estradiol Valerate and intramuscular Progesterone.
This is a feasibility study intended to demonstrate the Previvo Uterine Lavage System's ability to recover embryos from the uterus following either natural cycle (NC)/intrauterine insemination (IUI), or controlled ovarian hyperstimulation (COH)/intrauterine insemination (IUI).
Patients with infertility of the older age group of 37-42 years - a large cohort of patients of reproductive medicine. Two possible causes reduce their probability of pregnancy - an increasing age and a decrease of the ovarian reserve. In these conditions, the early receipt of embryos for future transfer can serve as a correct strategy for treating infertility in this category of patients. According to statistical data, patients of the 37-42-year-old age group need 3-5 blastocysts, out of them 1-2 euploid to achieve pregnancy. The POSEIDON group of researchers identified a group of 2b patients with a suboptimal response to the induction of superovulation in IVF programs - patients older than 35 years with a normal ovarian reserve (the number of antral follicles greater than 5 and Anti-Müllerian hormone (AMH) greater than 1.2 ng / ml), resulting in 4-9 oocytes after a standard ovarian stimulation. In this situation standard stimulation protocols can stretch the process of obtaining embryos indefinitely, during which the patient will move to another age category with a decrease in the likelihood of pregnancy. Thus, these patients are shown the fastest reception of oocytes and the accumulation of embryos, which can be done using double ovarian stimulation in the same menstrual cycle. The aim of the study is to compare the different schemes of double stimulation in patients with infertility of the older age group of 37-42 years with the preceding suboptimal response. Group 1 - patients of the DUOSTIM group. Group 2 - Patients of the Shanghai Protocol. The investigated parameters - primary outcome measures: total number of retrieved oocytes per cycle, secondary outcome measures: total number of blastocyst per cycle, number of cycles with double ovarian stimulation required to obtain 3-5 blastocyst, time until embryo transfer, pregnancy rate and birth rate This is a prospective randomized non-blinded clinical study.
In this study, the investigators will assess the efficacy of growth hormone co-stimulation to GnRH antagonist regimen in poor responders to COH for IVF.
This study evaluates the difference of imaging diagnostic quality and fertility promoting effect in the diagnosis and treatment of infertility by hysterosalpingography between using ethiodized poppyseed oil and the second-generation non-ionic monomer contrast. Half of participants will receive ethiodized poppyseed oil for hysterosalpingography, while the other half will receive the second-generation non-ionic monomer contrast for hysterosalpingography.
The study intended to include >200 infertile women with impaired ovulation who will be subjected to HRT at D-21 of previous menstrual cycle (Group A) or D-1 of menses of replacement cycle (Group B). All patients received the same luteal support in the form of intravaginal progesterone two day before embryos transfer until blood pregnancy test was performed 14 days later. Clinical pregnancy was diagnosed by measurement of β-human chorionic gonadotropin level and was confirmed 2-weeks later by TVU.
The aim of this study was to compare the clinical outcomes between fresh embryo and frozen embryo transfer in in vitro fertilization (IVF). All frozen embryo was vitrified at pronuclear stage (2PN) and cultured to cleavage embryos for transfer. This is a retrospective study. All IVF cycles were included in this study and further divided into fresh and frozen embryo transfer groups. The collection data including: stimulation protocols, medicines, blood test results, pregnancy test and all clinical data. The primary outcome is pregnancy rate and secondary outcome is implantation rate.
Clomiphene citrate has been widely used for treatment of infertility for decades. Although its anti-estrogenic effects leads to low pregnancy rate, clomiphene citrate is still a first-line treatment for ovulation induction because of its simple usage, low prices, no injection and low risk of ovarian hyperstimulation syndrome. Clomiphene citrate shows high affinity with estrogen receptor, which inhibits endometrial proliferation, inevitably leads to a decline in endometrial receptivity, thus affecting the success rate of IVF. In that case, use clomiphene citrate for ovulation induction is lost more than gained based on fresh embryo transfer. But recently, some researchers have proposed to extend the time from ovulation induction to embryo transfer, and the increased level of estradiol can replace clomiphene citrate to combine with the receptor, so that the uterine environment is more conducive to pregnancy. Therefore, use clomiphene citrate based on vitrification of embryo maybe a good way for treatment of infertility. At present, using frozen embryo transplantation after ovulation induction by clomiphene citrate is a common treatment, but few research has mentioned the best time for embryo implantation. The investigators research is to find the most appropriate time for frozen embryo implantation after using clomiphene citrate for ovulation induction.
Uterus transplantation (UTx) is the only causative treatment for congenital or acquired uterus absence. Individual cases of UTx from a live donor (LD UTx) with healthy child birth performed so far showed favourable outcomes. The present study will include both LD UTx and UTx from deceased donors after brain death (DBD UTx). The aim is treatment of uterine infertility by UTx. It is is an ethically justifiable life-promoting transplantation. Twenty UTx will be performed in 2 parallel arms: 10 LD UTx and 10 DBD UTx. Immunosuppression will be administered. Phases of the UTx procedure are: in vitro fertilization - cryopreservation of embryos - uterus retrieval - UTx - follow up - embryo transfer - pregnancy - child birth - later graft hysterectomy - life long follow up. Introduction of UTx into clinical practice may enable women with uterine infertility to have their own children.