Iran has unveiled an advanced biotechnology system for preserving tissue, cell, and DNA samples. The method enhances the long-term viability of biological materials through controlled preservation, utilizing cryogenic storage at ultra-low temperatures. This technology aims to protect valuable genetic lines and supports initiatives for restoring rare breeds and reviving extinct species.
Iran has made significant strides in biotechnology by introducing an innovative system for the preservation of tissue, cell, and DNA samples. Reported by Iran Press, this advancement enables scientists to enhance the long-term viability of these biological materials for future genetic research, selective breeding, and cloning projects.
The research team successfully extracts fibroblast cells from live tissue and preserves them under strictly controlled conditions. This meticulous approach ensures that the integrity of the samples is maintained for potential use in restoring rare animal breeds and potentially reviving extinct species.
The preservation method employs cryogenic storage, where samples are kept at ultra-low temperatures of around -196°C in liquid nitrogen. This process effectively halts all biological activity, thus preventing genetic degradation and securing the long-term viability of the samples with minimal loss.
Such cutting-edge technology will greatly benefit genetic researchers, breeders, and livestock owners who are dedicated to safeguarding precious genetic lines. By instituting these advanced biotechnological processes, Iran is preserving genetic resources that are invaluable for future scientific endeavors.
In conclusion, Iran’s introduction of advanced cell storage technology marks a pivotal development in the field of genetic preservation. The innovative methods for long-term preservation and cryogenic storage significantly contribute to the safeguarding of genetic materials, enhancing opportunities for future research and restoration of animal species. This advancement not only supports geneticists and breeders but also highlights Iran’s commitment to biotechnological progress.
Original Source: tvbrics.com
