Advanced cryobiology technology applied to fertility


 

Cryobiology to preserve your fertility and increase your chances of getting pregnant

Discover how egg vitrification and embryo cryopreservation allow you to plan your reproductive future safely at our assisted reproduction clinic in Seville.

Cryobiology in assisted reproduction: vitrification of eggs and embryos

In recent years, the cryobiology It has revolutionized the field of assisted reproduction, allowing the preservation of eggs, sperm, and embryos with high levels of safety and effectiveness.

Thanks to these techniques, it is now possible to offer new solutions to people with fertility problems, as well as preserve reproductive capacity for the future.

At Inebir we have a UAdvanced Cryobiology Unit, equipped with state-of-the-art technology and a highly qualified team, focused on offering the best guarantees in every procedure.

What is cryobiology?

La cryobiology It is the branch of biology that studies the effects of low temperatures on living cells and tissues.

In the field of reproductive medicine, its application allows the preservation of fundamental biological structures, such as eggs or embryos, without compromising their viability.

Contrary to what many people believe, it is not just about "saving" cells, but about applying highly controlled techniques that ensure their proper preservation and subsequent use.

What role does cryobiology play in assisted reproduction?

Cryobiology is a key component in most current fertility treatments.

It allows:

  • Preserving eggs for future use
  • Maintaining viable embryos after IVF treatment
  • Preserving sperm before certain medical treatments
  • To offer more flexibility in reproductive processes

Thanks to this, specialists can tailor treatments to each patient and improve the chances of success.

Applications of cryobiology in fertility

Within an assisted reproduction clinic, cryobiology has multiple applications:

Egg vitrification

It allows oocytes to be preserved in optimal conditions for later use in fertility treatments.

Cryopreservation of embryos

Embryos obtained in an in vitro fertilization process can be preserved for future attempts.

Sperm preservation

Especially useful before medical treatments or in planned reproductive processes.

Preservation of ovarian and testicular tissue

Indicated in specific cases, such as cancer patients.

What is egg vitrification?

La egg vitrification It is an advanced technique that allows the preservation of oocytes through an ultra-fast cooling process that prevents the formation of ice crystals.

This procedure represents a major advance over previous techniques, as it significantly improves cell survival after its use.

Currently, vitrification is one of the most widely used techniques in assisted reproduction due to its high efficacy and safety.

What does embryo cryopreservation involve?

La cryopreservation of embryos It allows the preservation of embryos generated through in vitro fertilization for future use.

This offers advantages such as:

    • Avoid repeating ovarian stimulation procedures
    • Increase the chances of pregnancy
    • Plan treatment better

The preserved embryos maintain their viability thanks to current cryobiology techniques.

Safety and advances in reproductive cryobiology

Technological advancements in cryobiology have significantly improved the safety of these procedures.

Nowadays:

  • Survival rates are very high
  • The protocols are highly standardized
  • The laboratories have advanced control systems

Furthermore, ongoing research in this field allows for continued optimization of assisted reproduction outcomes.

Cryobiology Unit at Inebir

At Inebir we have a UCryobiology Unit with a state-of-the-art laboratory, where the most advanced techniques in the conservation of biological material are applied.

Our specialized team works with:

  • State-of-the-art vitrification technology
  • Customized protocols for each case
  • Strict control and traceability systems

Thanks to this, we offer the possibility of preserving:

    • Oocytes
    • Sperm
    • Embryos
    • Ovarian tissue
    • Testicular tissue

All of this is aimed at guaranteeing our patients the highest guarantees in their reproductive process.

When should you go to an assisted reproduction clinic?

If you are considering fertility-related options or want to learn about the possibilities offered by cryobiology, it is advisable to visit a specialized clinic.

At INEBIR we analyze each case individually to offer the best solution based on your needs.

Treatments
and units

There are many variables that can influence each case, and it's not always the case that matters. Assisted reproduction It's the only solution. At Inebir, we want you to have access to all the possibilities that reproductive medicine currently offers and to be able to address your problem from different perspectives. Furthermore, we have our own research program to contribute to the advancement of medicine and embryology.

We dream
with helping you

With cryobiology, it is possible

You are one step away from preserving your fertility and making your dream come true.

Frequently asked questions about cryobiology and assisted reproduction

Cryobiology is the technique that allows eggs, sperm and embryos to be preserved at very low temperatures without losing their viability, for use in fertility treatments in the future.

It allows for the preservation of fertility, the storage of embryos after IVF, and the adaptation of reproductive treatment to each patient, increasing flexibility and the chances of success.

It is an ultra-fast freezing process that prevents the formation of ice crystals, improving the survival of the eggs after thawing.

It consists of preserving embryos obtained by in vitro fertilization for future use without repeating the entire process.

Yes. It is a safe technique, with high survival rates and very controlled laboratory protocols.

People who wish to delay parenthood or patients who are going to undergo medical treatments that may affect their fertility.

Eggs, sperm, embryos and, in specific cases, ovarian or testicular tissue.

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