View clinical trials related to Embryo Transfer.
Filter by:The current study is designed to assess the safety, tolerability and pharmacokinetics (PK) of additional repeat doses of epelsiban in healthy females, and will be the first dosing experience of repeat dosing at higher doses in women with this compound. This study is a 14 day, randomized, placebo-controlled, double blind (sponsor unblind), repeat dose, ascending cohort, dose escalation study in healthy, female volunteers. Upon successful completion of the Screening period, a subject will be enrolled in the study. The study will be composed of three periods: Screening, Treatment and Follow-up. A subject's total time involved in the study will be approximately six weeks. Cohorts will be conducted sequentially. Each subject will be enrolled in only one cohort. Ten subjects will be enrolled in each cohort and randomized to epelsiban (n=8) or placebo (n=2).
The embryo transfer implies transportation from the incubator where they have been at 37 ° C, to the transfer catheter inside a laminar flow hood whose working surface is also maintained at 37 ° C. . From the laboratory to the operating room the embryo is exposed to a temperature drop, and consequently thermal stress occurs, which may compromise its future viability. The aim of this study is to assess the possible improvement in the clinical results when the embryos are transported in a stable device to avoid the drop in temperature throughout the transfer process. With the use of this thermosetting device heated to 37 ° C, researchers expect a 15% increase in pregnancy rates.
Epelsiban is a potent and selective oxytocin receptor antagonist in development for enhanced implantation rates during in-vitro fertilization (IVF). This study a non-randomized, open label study designed to assess the safety, tolerability and pharmacokinetics of additional repeat doses of epelsiban in healthy females, and will be the first dosing experience of greater than 200 milligram (mg) as a single dose with this compound. Data from this study will inform the selection of doses of epelsiban to be used in future clinical studies. This study will be composed of 3 periods: Screening, Treatment, and Follow-up. The total duration that a subject involved in the study will be up to 6 weeks. At least 2 cohorts of subjects will be enrolled in this study and cohorts will be conducted sequentially. Additional cohorts will be enrolled if determined necessary. A sufficient number of subjects will be screened for the study to obtain approximately 6 evaluable subjects per cohort.
This multi-cohort phase I study is designed to assess the pharmacokinetics (PK) and pharmacodynamics (PD) of oxytocin and to evaluate epelsiban (GSK557296) potential to reduce subendometrial contractractility induced by oxytocin in healthy female subjects. Additionally tissues concentrations of epelsiban will be determined from endometrial tissue biopsies. Data from this study will inform the identification of the doses of epelsiban to be used in future in-vitro fertilization (IVF) clinical studies. Expected number of subjects to be randomized are: Cohort 1- 10 subjects, Cohort 2a- 10 subjects for each epelsiban arm 25 milligrams (mg), 200mg, 5 for placebo, Cohort 2b- 10 subjects per arm with dose to be determined, cohort 3- 6 subjects. Cohorts 1 and 2 will be double blind (sponsor unblinded) placebo controlled cohorts. Cohort 3 will be an open label cohort, cohort 4 will be a double blind (sponsor unblinded) placebo controlled cohort.
Given the potential of semi-quantitative pregnancy tests as part of assisted fertility care, the investigators would like to document the feasibility and acceptability of a semi-quantitative pregnancy test as an adjunct to or replacement of current monitoring protocols to offer women and health care providers a new choice of diagnostic tools to confirm early pregnancy. The pilot will help us to better understand how this tool complements existing monitoring protocols. If a suitable addition or replacement to repeat blood draws for serum hCG assessment, the SQPT could also contribute to efforts to make assisted fertility treatments more patient-friendly. This study seeks to test this innovation by asking women assigned to perform a Quanti5 Multilevel hCG Pregnancy Test (Athenium Pharmaceuticals, LLC, Nashville, TN) at home on a weekly basis for up to 4 weeks after egg retrieval/embryo transfer or intrauterine insemination. The investigators hypothesize that the test, which can be used at home by women, will provide confirmation of the presence of a pregnancy compared with standard serum hCG testing because 1) it has sensitivity and specificity that correlates well with serum testing, and 2) it can be used at home and thus earlier to determine presence of hCG.
The primary objective of this trial is to demonstrate the non-inferiority of the clinical pregnancy rate per embryo transfer to the historical standard value in in-vitro fertilization (IVF)/embryo transfer (ET) cycles in Japan (Japan Society of Obstetrics and Gynecology [JSOG] 2009 registry data: 24.3 percent [%]). The secondary objectives of this trial are to assess the biochemical pregnancy rate per ET, pharmacokinetics, and safety of COL-1620.
Given the potential of semi-quantitative pregnancy tests as part of assisted fertility care, we would like to document the feasibility and acceptability of a semi-quantitative pregnancy test as an adjunct to or replacement of current monitoring protocols to offer women and health care providers a new choice of diagnostic tools to confirm early pregnancy. The pilot will help us to better understand how this tool complements existing monitoring protocols. If a suitable addition, replacement to repeat blood draws for serum hCG assessment, the SQPT could also contribute to efforts to make assisted fertility treatments more patient-friendly. This study seeks to test this innovation by asking women assigned to perform a dBest® semi-quantitative urine panel test (AmeriTekInc, Seattle WA, USA)at home on a weekly basis for up to 4 weeks after embryo transfer. We hypothesize that the test, which can be used at home by women, will provide confirmation of the presence of a pregnancy compared with standard serum hCG testing because 1) it has sensitivity and specificity that correlates well with serum testing, and 2) it can be used at home and thus earlier to determine presence of hCG. Furthermore, a pregnancy can be assured only when a yolksac or embryo could be identified thus women have to wait for a period of 2-3 weeks after the next menses expected. We hypothesize that women seeking assisted fertility treatments will be able to monitor their hCG at home as well. Further, we plan to develop revised instructions to better suit the needs and questions we think would be relevant to women desiring to use this test as part of assisted fertility services. We hypothesize that the simple instructions we will develop for use in this study will enable women to use the test on their own. Provider counseling will complement these instructions and contribute to overall quality of care given to each participant.
GSK557296 is being studied in women for the indication of enhanced embryo and or blastocyst implantation in women undergoing IVF treatment. This study will be the first dosing experience with this compound in women. It is important to characterize the pharmacokinetics of GSK557296 in women to determine the most appropriate doses and dosing regimens for future clinical studies. Understanding the pharmacokinetics of GSK557296 in women will also enable more accurate characterization of any exposure-response relationship in future studies. Two previous studies with GSK557296 were conducted in men with oral doses ranging from 10 milligram (mg) to 200 mg. GSK557296 is being studied in women for the indication of enhanced embryo and or blastocyst implantation in women undergoing IVF treatment. This is a bridging study to characterize the pharmacokinetics of GSK557296 in women to determine the most appropriate doses and dosing regimens for future clinical studies. This is a non-randomized, open label, adaptive design study in healthy female volunteers. A maximum total of 48 subjects, will participate in different cohorts. Subjects in Cohort 1 will receive 10 mg single dose followed by repeat dose. A one week break will occur to allow for analysis of the PK data, prior to starting the second Cohort. Subjects in Cohort 2 will receive 150 mg single dose followed by repeat dose. Cohort 3 and Cohort 4 were adaptive based on the requirement of additional doses to be studies after PK data will be analyzed from each of the first 2 cohorts.