Blog - In Vitro Fertilization (IVF) Microscopy Instrument Solution

In Vitro Fertilization (IVF) Microscopy Instrument Solution

What’s IVF

In vitro fertilization, also called IVF, is a complex series of procedures that can lead to a pregnancy. It's a treatment for infertility for most couples. IVF also can be used to prevent passing on genetic problems to a child.

During in vitro fertilization, mature eggs are collected from ovaries and fertilized by sperm in a lab. In vitro fertilization is the most effective type of fertility treatment that involves the handling of eggs or embryos and sperm. Together, this group of treatments is called assisted reproductive technology.

In Vitro Fertilization (IVF) Microscopy Instrument Solution Page

IVF Laboratory Microscopy Instrument Solution

Focusing on oocytes

Intracytoplasmic sperm injection (ICSI) has become the standard method for IVF laboratories worldwide. The research inverted microscope with high optical performance is suitable for imaging oocytes, sperm, and injection capillaries. Properly equipped laboratory equipment can help you build good laboratory work standards, facilitate effective work.

Enlarge sperm

In the past few years, there has been a significant increase in interest in the cytoplasmic morphology selective sperm injection (IMSI) method.

The Microscope Operation Console is a high-precision device with integrated software and hardware control. It enables precise and efficient microscopic injection, providing a diverse range of solutions for microscopic operations in the field of scientific research.

Research inverted microscope with micromanipulator configuration can provide excellent optical performance and easy-to-use operational performance. By using a 100X objective with a high aperture value and optical magnification, it is possible to clearly identify and analyze the morphology of sperm.

Sperm map

The first step in assisted reproduction is to check the quality of sperm by examining their movement, morphology, semen composition, and other biochemical parameters.

High-performance upright microscope that conforms to ergonomic design in this stage, equipped with a 37 ℃ heated stage, support research work. Phase contrast imaging can visualize the sperm head as a miniature white sphere, while the flagella are displayed as black filaments. White blood cells in semen can be clearly identified.

Observation of Fertilized Eggs

After collecting oocytes through follicular puncture, the granulosa cells of the oocytes must be removed. This precise and important task requires excellent 3D visualization capabilities and long working distances, so that the operators can easily operate the samples with tools.

After fertilization, observe the fertilized egg to check the number, size, and position of the pronucleus. Stereo microscope is one of the optical tools used to observe the developmental process from fertilized egg to blastocyst state. High image quality, combined with ergonomic design, easy operation, and reliable performance, is crucial for this crucial step of assisted reproduction.