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Texas Fertility Center Doctor Leads World-Wide Study on Identifying High Quality Embryos for In Vitro Fertilization, IVF

December 13, 2011

New world-wide study, led by Dr. Kaylen Silverberg of the Texas Fertility Center in Austin, Texas hopes to develop a new technique to grade embryos used in IVF cycles. Embryo biomarkers are thought to be the new key to predicting IVF success.

(PRWEB) December 13, 2011

Texas Fertility Center physician Dr. Kaylen Silverberg, MD, has been asked to serve as the principal investigator on a world-wide embryo biomarker study that could lead to a more precise method of selecting viable embryos for transfer in IVF cycles. The findings will hopefully benefit couples that struggle with infertility and recurrent miscarriage, as well as women of advanced maternal age.

âœWe are optimistic that this new protocol for objectively identifying the most viable embryos will greatly improve a coupleâs odds of conceiving a healthy baby,â says Dr. Silverberg. âœThe outdated, subjective method that relied on visual assessment of embryo health has served us well for many years. We now have new technologies that can hopefully propel us to even higher success rates; it is time for a change. âœ

Embryos secrete chemicals into the media in which they are grown during their brief stay outside of a human uterus in a fertility laboratory. Many of these biomarkers have been associated with enhanced embryonic viability based on whether they are produced in higher or lower concentrations during embryonic development.

âœSimply put,â says Dr. Silverberg, âœthese biomarkers help fertility doctors and embryologists determine whether an embryo is growing normally or dying.â

After retrieving the eggs, fertilizing them with sperm, and growing them in the in-vitro fertilization laboratory for 3-5 days, infertility doctors and embryologists have historically selected the embryos to transfer based on their appearance under the microscope. Those embryos with the greatest number of cells containing equal size and shape are typically selected to be transferred back in to the uterus to continue the journey to a healthy pregnancy.

While relatively effective, this technique has limited ability to determine which embryos are most likely to implant, as at least 60% of human embryos that may appear normal under a microscope are in fact, chromosomally abnormal and destined to either not implant or miscarry.

Fertility doctors around the globe are collaborating on this study with the goal of dramatically changing how the scientific community determines embryo viability.

Video of human oocytes (eggs) is available on the Texas Fertility Center Youtube channel

About Texas Fertility Center

Texas Fertility Center (TFC), one of the nationâs leading full-service infertility practices, provides advanced Infertility and Reproductive Endocrinology services to patients throughout Texas, the Southwestern United States, and the Americas. Since 1980, TFC has been recognized nationally for outstanding pregnancy rates, cutting-edge laboratory procedures, and innovative research programs. For more information, please visit http://www.txfertility.com.

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For the original version on PRWeb visit: http://www.prweb.com/releases/prwebTFCbiomarker/MM/prweb9036059.htm


Source: prweb



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