Another common underlying cause of infertility is tubal disease. Several pelvic issues can cause tubal disease, such as endometriosis, prior sexually transmitted diseases like chlamydia, and ectopic pregnancies.

This is one of the leading causes of pelvic pain symptoms and infertility in women. It is small implants of tissue that lye in a women’s pelvis that is not believed to normally be there. This tissue has the propensity to grow over a period of time, in response to a woman’s hormones. Often times, this development of tissues can prevent an embryo from attaching properly to the uterine wall, resulting in infertility.

Intrauterine insemination is a traditional method of taking a sperm sample and washing it, and applying a density gradient to separate out the very vibrant motile sperm from the ones who are not in good health. IUI is typically performed in a case where there is mild male factor infertility. After the healthy sperm are chosen, the women takes a series of medicines to enhance the chances for pregnancy, when the motile sperm is transferred into the uterus.

eSET ,stands for “elective single embryo transfer.” This practice involves transferring a single embryo into the uterus during IVF as opposed to multiple embryos. The greater the number of embryos transferred, the greater the chance for risk of multiples. Multiples can cause health risks for both the mother and baby. Pregnancies that carry more than one child have an increased risk for:

• Hospitalization prior to full term of pregnancy
• C-section
• Pre-mature birth, low birth weight

We believe that single embryo transfers result in the safest and most successful pregnancies for our patients.

Traditionally, the embryo selection process for an IVF cycle is based solely on an embryo’s phenotype (the physical appearance). However a physically normal embryo is not necessarily an indication of the genotype (the genetic composition). Because an embryo that appears healthy can contain genetic mutations or chromosomal abnormalities, pre-implantation genetic screening and testing can provide insight into the genetic and chromosomal health of the embryo. At RAD we offer both Pre-Implantation Genetic Diagnosis (PGD), and Pre-implantation Genetic Screening (PGS). These tests can greatly enhance the outcomes of embryo selection for an IVF cycle and increase the chances of a healthy pregnancy. Determining whether or not to pursue testing depends on a variety of factors, and is both a personal and medical decision.

Pre-Implantation Genetic Diagnosis (PGD) is performed on cell(s) that are atraumatically removed from an embryo 5 or 6 days after fertilization to test for a particular inherited genetic disease. These tests provide our IVF experts with the unique and specific genetic make-up of each embryo, allowing our team to choose the embryo with the lowest risk of genetic mutations and greatest chance for a healthy pregnancy.

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ICsi, “Intra Cytoplasmic Sperm Injection” is a technique utilized during In Vitro Fertilization that helps to proactively achieve fertilization through a microscopic manipulation of egg, sperm and embryos. In traditional IVF sperm is mixed with the egg and fertilization occurs naturally. Typically other clinics do not perform ICsi unless there is poor semen analysis for the male partner. At RAD we perform ICsi on a majority of our patients because we believe it develops a cleaner culture system, and results in better fertilization outcomes. ICsi microscopically manipulates the sperm so that fertilization can be achieved when it is not occurring naturally.

In Vitro Fertilization is a fertility treatment process to bring an egg and sperm together when it’s believed to be that it isn’t happening naturally. The IVF process involves taking a series of medications, which allow us to remove a sample of eggs from the ovaries. Once retrieved from the ovaries, the eggs are then fertilized in our IVF lab. From that point early embryos develop and the healthiest embryos are selected for transfer to the uterus. This method of fertility treatment is a way to detour the fallopian tubes if they are damaged or missing. IVF can also can be used in instances where the male partner has low sperm count, or if the female partner has severe adhesions or if other treatments have not been successful up to this point. IVF also provides an opportunity to performing testing on the embryos to ensure that they have the right number of chromosomes or are free of genetic diseases.