The solution to this problem seems simple by mandating the reduction in numbers of embryos transferred.
Such increases in implantation rates have facilitated the establishment of high pregnancy rates while reducing the number of embryos transferred.
Analysis of the interactions among morphological characteristics of embryos transferred on day 3 enabled identification of a multivariable selection order.
To determine whether increasing the number of embryos transferred beyond five increases pregnancy rates in women aged >40 years.
To systematically quantify the impact of consumer cost on assisted reproduction technology (ART) utilization and numbers of embryos transferred.
Professional groups for fertility doctors recommend limiting the number of embryos transferred to avoid multiple births, but ultimately doctors and patients make their own decisions.
To develop a mathematical formula that accurately predicts the probability of a singleton, twin, and higher-order multiple pregnancy according to implantation rate and number of embryos transferred.
To limit the number of embryos transferred and reduce high-order multiple pregnancies without compromising a patient's opportunity to become pregnant.
To evaluate factors associated with cryopreserved blastocyst transfer birth outcomes, including age, expansion time, cryopreservation protocol, cryodamage, and number of embryos transferred.
Conclusion: Blastocyst transfer can be used to reduce the number of embryos transferred and the resultant incidence of high-order multiple pregnancies while maintaining high pregnancy rates.
To evaluate risks for adverse pregnancy outcomes by number of embryos transferred (ET) and fetal heartbeats (FHB) in assisted reproductive technology conceived singleton live births.
