View clinical trials related to Miscarriage.
Filter by:Efficacy of low dose aspirin (LDA) versus LDA plus low-molecular-weight-heparin (LMWH) in patients with a history of recurrent miscarriages.
Women presenting to Washington Hospital Center with fetal loss would be offered participation in the study. The objective is to determine if ccffDNA obtained from maternal blood is present in the setting of missed abortion or fetal demise. The investigators primary hypothesis is that cell free fetal DNA will be present in maternal blood in the presence of a failed pregnancy.
The purpose of this study is to conduct a randomized pilot trial in a sample of 60 women who meet criteria for Major Depressive Disorder (MDD) 1-18 months after a perinatal loss to demonstrate the feasibility of the proposed recruitment methods and research design, of the therapist training methods, and of delivering the adapted Interpersonal Psychotherapy group treatment. The investigators would like to examine preliminary evidence for the following hypotheses: - Perinatal-loss specific IPT-G will be more acceptable to women who experience MDD following perinatal loss than will Coping with Depression (CWD). - Perinatal-loss specific IPT-G will result in reduced time to remission from MDD and reduced depressive symptoms relative to CWD. - Perinatal-loss specific IPT-G will result in increased social support and social functioning, reduced couple distress, and reduced grief relative to CWD.
Recently, it has been suggested that culture of embryos in EmbryoGen medium can increase the live birth rate in IVF patients with a previous history of pregnancy loss. Couples requiring IVF treatment and with a past experience of miscarriage and/or biochemical pregnancy will be included in the study. Controlled ovarian stimulation protocol will consist of an agonist down regulation and follicular stimulation by recombinant FSH. Fertilization will be achieved by standard IVF or intracytoplasmic sperm injection. Fertilized eggs will be cultured in 6% CO2, 5% O2, 89% N2 atmosphere in microdrops. In the treatment group EmbryoGen culture medium (EG, Origio, Måløv, Denmark) will be adopted throughout the culture period. In the control group, inseminated oocytes will be cultured in standard culture conditions, i.e. IMS1 medium (ISM1, Origio, Måløv, Denmark), maintaining unchanged all other culture conditions. Procedures of embryo transfer, will be carried out on day 2 using EmbryoGen or ISM1 respectively. The endometrial support will be the same in the two groups. The investigators will consider ongoing clinical pregnancy as the primary outcome assuming a 25% of increment in ongoing clinical pregnancy rate in the group with EmbryoGen medium. As secondary outcome the investigators will assume a 5% of increment in ongoing implantation rate after 12 weeks in the group with EmbryoGen medium.
NaProTechnology (NPT) is a treatment option for infertility or miscarriage that identifies issues in a couple's fertility and fixes them to the extent possible by medical intervention. An important part of NPT is teaching couples to monitor the signs and symptoms of the woman's fertility cycle (menstrual cycle) with the Creighton Model FertilityCare System (CrMS). The purpose of the study is to look at outcomes among couples who consider or get NPT treatment to help them have a live birth. Results from the study will be used to answer questions such as: How many couples who use NPT get pregnant and have a baby? How can NPT treatment be improved? Does NPT treatment have fewer long-term health risks for the resulting children than other fertility treatments? What types of characteristics or environmental exposures influence whether NPT will be successful for a specific couple? To be eligible for the iNEST study, a couple must have a consultation with a NPT-trained clinician who is participating in iNEST.
This study evaluates the effect of single embryo transfer (SET) with and without array CGH for the evaluation of the complete chromosome complement of the blastocyst. Patients will be allocated at random into two groups. The control group will consist of patients in which one embryo will be replaced on day 5 based on morphological and developmental characteristics, and the other embryos reaching blastocyst stage will be vitrified. The test group will consist of patients undergoing embryo biopsy at the blastocyst stage (day 5 of development, embryo freezing, and analysis of the biopsied cells with a comprehensive chromosome analysis technique (array Comparative Genome hybridization or aCGH). Only a chromosomally normal blastocyst will be replaced in a thawed cycle. Inclusion and exclusion criteria are described in the study population section.
Overweight and obesity has been associated with a number of adverse pregnancy outcomes in women of reproductive age, including infertility and early pregnancy loss. Recent data suggests that overweight and obese patients are also at increased risk of recurrent pregnancy loss (RPL), a devastating condition that affects 1% of the fertile population. The investigators propose a prospective, randomized controlled trial in which overweight and obese patients with unexplained recurrent pregnancy loss are enrolled in a structured, 6 month, weight loss program or provided routine counseling regarding the importance of weight loss. Pregnancy outcomes will then be followed to assess miscarriage rates. Metabolic outcomes, such as lipid and glucose profiles, will also be evaluated.
Bacterial vaginosis (BV) is a common vaginal infection characterized by a pathologic shift in the normal vaginal flora. BV has been associated with a number of poor reproductive outcomes, including infertility, preterm labor and premature rupture of membranes. If BV does disrupt normal embryologic development, then the treatment of BV prior to conception may improve implantation rates and other pregnancy outcomes in the infertile population. This is a prospective, randomized, double-blind, placebo-controlled trial in which infertile women undergoing intrauterine insemination or embryo transfer are screened for BV prior to treatment. Those patients who screen positive for BV will then be randomized into the treatment arm(metronidazole 500mg by mouth twice daily for 7 days) or the control arm (placebo by mouth twice daily for 7 days). The primary outcome, positive pregnancy test rate (i.e. biochemical pregnancy rate), will then be assessed. Secondary outcomes, such as clinical pregnancy rate, miscarriage rate, and live birth rate will also be examined.
Studies have shown that a majority of pregnancies that end in miscarriage are due to a chromosome abnormality usually involving a duplicated or missing chromosome. Often this happens by chance and is not likely to occur in future pregnancies. For many women, a miscarriage can be a traumatic experience and can cause feelings of loss and grief. The option of genetic testing, such as karyotyping, may offer an explanation for the miscarriage and may help some women find closure in their loss. However, no literature exists on a women's experience with genetic testing following a miscarriage. This assumption that the knowledge that can be gained from karyotyping may be a positive experience for a woman following a miscarriage should be studied and the results published. This study will address whether routine karyotyping should be offered following a miscarriage for the purpose of benefiting the patient's experience.
The goal of our research is to increase live birth rates in infertile women and to reduce the incidence of aneuploidy leading to miscarriage and trisomies. We hypothesize that an age related mitochondrial dysfunction reduces the availability of energy in the oocyte and contributes to abnormal segregation of chromosomes during the meiotic division leading to oocyte aneuploidy. Based on preliminary evidence we have obtained in aged mice, we propose that dietary supplementation with Co enzyme Q10 in older women will improve mitochondrial function in the oocytes, leading to a decrease in chromosomal non-disjunction and resulting in embryos with a normal chromosomal complement. Our primary outcome measure will be determination of oocyte chromosome number by multiplex PCR based assay of polar bodies biopsied at the time of IVF. Outcomes of this proposal will enable us to address the mechanisms of ovarian aging and may explain etiology of decreased fertility in older patients. In addition, our work will add to the feasibility of single embryo transfer, thereby avoiding multiple pregnancies and their associated cost to the health care system and to society.