The Role of Magnetic Field Culture in IVF: Science That Enhances Embryo Viability

In vitro fertilization (IVF) is constantly evolving, and each scientific breakthrough represents a new opportunity for those dreaming of parenthood. One of the most innovative discoveries in recent years is the application of magnetic field technology during embryo culture. At IVF MORE®, this advancement has been integrated as a core component of an exclusive protocol that is transforming outcomes in assisted reproduction.

What Is a Magnetic Field and Why Use It in IVF?

Magnetic fields are invisible forces generated by electric currents. Their use in medicine has been studied for decades, with proven applications in cellular regeneration and improved energy metabolism.

In the context of IVF, magnetic fields create a more stable and energy-efficient environment for embryos during their development in the lab. This technology helps embryonic cells maintain a healthy rate of division, reduces oxidative stress, and improves overall embryo quality.

How Is It Used in IVF MORE®?

At IVF MORE®, embryos are cultured inside specialized incubators equipped with a crystal chamber that generates a controlled-frequency magnetic field. This technology:

• Optimizes cellular energy use (ATP)
• Improves symmetry in cell division
• Reduces cell damage caused by free radicals
• Promotes the development of viable blastocysts

All of this results in healthier embryos with a higher likelihood of successful implantation.

How Is It Different from Conventional Embryo Culture?

Unlike traditional incubators, magnetic field incubators create a more physiological and dynamic environment for embryo growth. This marks a crucial difference for patients with low egg quality, restored oocytes, or a history of abnormal embryos.

In conventional culture:

• There is no intervention in the embryo’s energy environment
• Greater risk of irregular division or chromosomal abnormalities
• Limited results in complex cases

In IVF MORE®:

• Regenerative technology is integrated at every stage
• The magnetic field complements oocyte restoration
• Increased rate of euploid embryos (correct number of chromosomes)

Evidence of Effectiveness

Among patients treated with IVF MORE®, the use of magnetic field culture has shown:

• A reduction in the percentage of genetically abnormal embryos
• An increase in blastocyst development rates
• Higher implantation rates, even in patients with advanced age or low ovarian reserve

This technology is part of the personalized and science-driven approach that sets IVF MORE® apart from any other fertility treatment available today.

Conclusion: Technology That Opens New Doors

The magnetic field is not just a complementary tool—it’s part of a comprehensive revolution in assisted reproduction. At IVF MORE®, this technology is not used in isolation. It is strategically combined with metabolic diagnosis, oocyte restoration, and advanced fertilization techniques.

Have you been told your embryos “don’t progress” or “fail to divide properly”? Maybe what you need is not just another conventional IVF attempt—but a new way of understanding the science of fertility. And that way is called IVF MORE®.