Iran has developed a cutting-edge biotechnology system for preserving tissue, cell, and DNA samples. This method enhances the longevity of biological materials through the extraction of fibroblast cells and cryogenic storage at -196°C. The technology supports genetic research and conservation efforts, aiming to restore rare breeds and revive extinct species.
Iran has implemented an advanced biotechnology system for the preservation of tissue, cell, and DNA samples, as reported by Iran Press. This innovative method focuses on enhancing the long-term viability of biological materials by extracting fibroblast cells from live tissue and storing them under carefully controlled conditions. This approach aims to ensure that samples are preserved for future genetic research, selective breeding, and cloning initiatives.
The method greatly capitalizes on advanced biotechnological processes that can help maintain essential genetic resources, which may support the restoration of rare breeds and even the revival of extinct species. A crucial element of this preservation strategy is cryogenic storage, which keeps samples at ultra-low temperatures—typically -196°C in liquid nitrogen.
This ultra-low temperature effectively stops biological activity, thus preventing genetic degradation and allowing for long-term storage with minimal viability loss. Such technology holds significant advantages for genetic researchers, breeders, and livestock owners who aim to protect valuable genetic lines.
Iran’s new biotechnology system for genetic preservation showcases significant advancements in maintaining biological materials, enhancing the potential for future genetic studies and species revival. By utilizing cryogenic storage techniques, valuable genetic resources can be preserved meticulously, ensuring minimal loss of viability over time. This progress could play a critical role in safeguarding genetic diversity for future agriculture and conservation efforts.
Original Source: tvbrics.com
