According to the latest publication by the Society for Assisted Reproductive Technology (SART), RMANJ once again is leading the way in the number of IVF cycles resulting in live births. Compared to U.S. averages, RMANJ’s success rates are consistently higher than the national average. More specifically, *72.4% of new patients under the age of 35 that were seen in 2014 were able to conceive a child successfully.
While these numbers are remarkable, there are other statistics that should be pointed out in order to understand the significance of this trend held by RMANJ for more than a decade. First, these exceptional
Single Embryo Transfer and Preimplantation Genetic Testing
There are several steps required for in vitro fertilization (IVF): Ovulation induction, egg retrieval, insemination and fertilization, and embryo transfer. In this blog we will take a detailed look at the embryo transfer stage. At this stage of the process a woman’s eggs have already been retrieved, inseminated, and grown to the blastocyst stage of development.
Preimplantation Genetic Testing
Before the embryo(s) are transferred to a woman’s uterus, preimplantation genetic testing (PGT) may be performed to ensure that embryos of the highest quality are being transferred. PGT is comprised of two distinct parts: Preimplantation Genetic Diagnosis (PGD) and Preimplantation
Even though babies have been born through the process of in vitro fertilization (IVF) for over 35 years there has still been very limited information available to parents about the risk of developmental problems for children conceived through assisted reproductive technologies (ART). Obtaining these data has been a challenge for a number of reasons, the most significant being difficulty in getting long-term information about the children. Another major problem has been agreeing on the proper comparison group. For example, some studies have shown an increase in obstetrical complications when women who conceived through IVF are compared to women who had no difficulty
When looking across all age groups, the odds of having a multiple gestation pregnancy through IVF is roughly 30 percent, with the large majority of those being twin pregnancies. Your odds are primarily based on the number of embryos transferred and the patient’s age. Traditionally, to overcome lower rates of implantation from an individual embryo, multiple embryos would be transferred back, which resulted in a high rate of multiple births. While there’s a strong recommendation by the American Society of Reproductive Medicine (ASRM) for single embryo transfer in a good prognosis patient (the only effective means to avoid multiples), not
I often get asked about the risks of fertility treatments such as IVF. In fact, I am obligated to discuss them before my patients start IVF treatment.
Does ICSI cause birth defects? Does ovarian stimulation cause breast cancer? Does embryo biopsy hurt the embryo? Will these injections make me crazy? Will I gain weight?
These are all very important questions that I spend a significant amount of time discussing every day. But while it’s very reasonable to carefully consider the risks of any potential treatment, at least as much consideration should be given to the benefits.
For example, while some studies have shown
A recent study has been receiving a significant amount of media attention due to the reported link between autism and children born via IVF. A recent newspaper article warned, “Children conceived via IVF have double the autism rates of others: study” http://www.nydailynews.com/life-style/health/kids-conceived-ivf-double-autism-rates-study-article-1.2163153.
However, the headline of this story is quite deceiving given that the second sentence of the article highlights that researchers found no direct link between IVF and autism.
As practitioners dedicated to the science of assisted reproduction technologies (ART),it is critical that when looking at associations and causes of such a sensitive condition as autism that we do so with
“Where you stand depends on where you sit.” These words could not be truer for couples undergoing IVF treatments. Some of these couples will have the opportunity to transfer one embryo (single embryo transfer, or SET) or two in what becomes one of the most important decisions of their entire treatment. For many, there will be a significant temptation to have two embryos implanted. This based on a desire to maximize the chances of at least one child, or to “get two pregnancies over with” at once. However, there is one person who will be the most interested in a
The last 30 years have seen a dramatic increase in the incidence of twin and triplet pregnancies in the United States. Fertility doctors have been largely responsible. 1 in every 30 infants born in 2009 was a twin; double that of 30 years ago. The serious risks of triplet pregnancies are generally well understood. Most people, however, believe that twins do great. Surprisingly, 25% of twins require neonatal intensive care hospitalization, and the risk of cerebral palsy and even death are higher for twins compared to a single baby.
RMA is committed to decreasing the likelihood of twin pregnancies. A simple strategy is
There’s been a lot of press the past few weeks about single embryo transfer. Single embryo transfer is not anything that’s new. Europeans have been advocating single embryo transfer for almost a decade. In The USA, around 10% of IVF cycles utilize single embryo transfer. My OB colleagues who deliver babies would agree that the biggest complication that arises after infertility treatment is as a result of twin pregnancy. Twins had become so commonplace that we no longer turn a head when we see a stroller with twins in the grocery store or the shopping mall. It is true that
"PGD performed on an embryo at the Blastocyst Stage(Day5) is safer than DNA sampling done on Cleavage Stage (Day3) embryos," says Dr. Paul Bergh, MD, FACOG.
Pre-Genetic Diagnosis or PGD is a technique that enables people to look at the genetic make-up of an embryo prior to implantation. It can help individuals with a specific inheritance condition in their family to avoid passing it on to their children or by identifying aneuploidy (abnormal number of chromosomes). As you age, you are at an increased risk of genetic abnormalities. These abnormalities lessen your chance of getting pregnant and increase your risk for miscarriage.