Disaster is near!? How and where to save ecological and ecosystem embryos of plants, animals and humans

In the conditions of escalating environmental threats, the preservation of plant, animal and human embryos is becoming more and more critical. Cryogenic preservation, a method that involves storing cells, tissues and embryos at ultra-low temperatures, offers a potential solution to protect biodiversity and ensure the survival of species for future generations.

What is cryogenic preservation?

Cryogenic preservation involves cooling and storing cells, tissues, and embryos at temperatures typically below -150°C (-238°F). This process stops all biological activity, effectively stopping the life cycle and preventing decay.

Leading institutions and expert opinions

Several prominent universities and research institutions are at the forefront of cryogenic preservation research:

Harvard University is a pioneer in the development of advanced methods of cryopreservation of human and animal embryos.

Stanford University - focuses on the preservation of plant embryos and seeds, which makes a significant contribution to the sustainability of agriculture.

University of California, Berkeley - Conducts comprehensive research on cryopreservation of various species, ensuring biodiversity.

Costs involved

The cost of cryogenic preservation can vary significantly depending on the type of embryo and the facility used. On average, the initial freezing process can range from $500 to $1,000 per sample. Annual storage fees typically range from $100 to $500. Specialized conservation projects, such as endangered species projects, can incur higher costs due to the complexity and maintenance required.

Why is this important?

Conservation of ecological and ecosystem embryos is vital for several reasons:

Preservation of biodiversity - protection of genetic diversity of species ensures resistance to environmental changes.

Recovery and reintroduction – preserved embryos can be used to restore and reintroduce species to their natural habitats.

Scientific research. Cryopreserved specimens provide valuable material for scientific research, improving our understanding of genetics and development.

Cryogenic preservation is a promising strategy for protecting the future biodiversity of our planet. With the support of leading research institutions and technological advances, we can take significant steps towards ensuring that ecological and ecosystem embryos of plants, animals and people are preserved for future generations.

For more information on this topic, visit the Cryonics Institute at .