Dr. John Zhang is proud to be one of very few fertility specialists in the world to use EmbryoScope technology. Quality embryo development is crucial to a successful IVF pregnancy. Here’s the deal: Embryologists must observe embryos culturing in vitro regularly in order to make accurate assessments of their development progress and quality. Minimizing the disturbance of embryos has been aided by time-lapsed technology – the EmbryoScope. Why does this matter? Before time-lapse technology, embryos used to be physically removed from the incubator by the embryologist for observation. This physical movement would disturb the culturing process by exposing the embryo to stress and fluctuations.
The EmbryoScope is an innovative, cutting-edge, time-lapsed photography and software solution. Bottom Line: The EmbryoScope allows the growth and development of embryos in vitro to be monitored without disturbing the culturing process.
From a cell – to a newborn baby – embryology is the branch of biology and medicine focused on the study of an embryo from the point of fertilization through development to the fetus stage. The practice of embryology is key to pregnancy success through IVF technology.
Working with fertility doctors to successfully treat every patient’s underlying cause of infertility, the clinical embryologists at New Hope Fertility Center are responsible for:
Our acclaimed team of embryologists give careful attention to nurturing quality embryos as they develop in vitro. Only quality embryos are transferred to the patient’s uterus.
Excess, quality embryos produced during a fresh IVF cycle are cryopreserved for future transfers via Frozen Embryo Transfer (FET). Only the highest quality embryos are cryopreserved for the best chances of a future FET pregnancy success.
Our cutting edge laboratory technology provides embryos culturing in vitro with an optimum environment for healthy development prior to fresh transfer and/or cryopreservation for future FETs.
Embryologists at New Hope Fertility Center choose only the healthiest sperm to fertilize an egg in vitro. HRSS technology provides embryologists with the ability to view sperm at 6000 x magnification using Differential Interference Contrast (DIC) microscopy. Through HRSS, an embryologist can view the physical details of each sperm – its shape, size, and motility – looking for good morphological appearance. Healthy sperm is essential to the development of a quality embryo in vitro. Normal chromosomes and less fragmentation in DNA are key factors that play a significant role in the quality of an embryo.
ICSI is an IVF laboratory ancillary procedure designed to help resolve male-factor infertility due to low sperm count or poor sperm quality. ICSI is the micromanipulation of fertilizing an egg by injecting a single sperm directly into the cytoplasm of a mature egg using a pipette (glass needle).
A computer-assisted laser procedure – known as Assisted Hatching – helps the mass of cells inside an embryo escape during transfer for better uterine lining implantation success. A tiny opening is made in the Zona Pellucida through a computer-assisted laser after the embryo has cultured for up to five days.
Through IVF/M – in vitro fertilization with maturation – immature eggs are retrieved for maturation in vitro and fertilization using ICSI.
To schedule your initial consultation with Dr. John Zhang at New Hope Fertility Center – call 917.525.5496.