Iran’s Innovations in Genetic Preservation Through Biotechnology

Iran has introduced advanced biotechnology for preserving tissue, cell, and DNA samples with a focus on enhancing long-term viability. By utilizing cryogenic storage at ultra-low temperatures, this technology aims to safeguard vital genetic resources for future research, selective breeding, and potential revival of extinct species.

Iran has recently made significant advancements in biotechnology with the introduction of a sophisticated system dedicated to the preservation of tissue, cells, and DNA samples. Reported by Iran Press, in collaboration with TV BRICS, this innovation aims to enhance the long-term viability of biological materials crucial for scientific research.

The research team has devised a progressive method that involves extracting fibroblast cells from live tissues, preserving them in meticulously controlled environments to ensure their integrity for future genetic studies, selective breeding projects, and cloning initiatives. This approach positions Iran at the forefront of genetic preservation technology.

Utilizing advanced biotechnological processes, this initiative aims to maintain essential genetic resources that could contribute to the restoration of endangered species and potentially revive extinct ones. A critical aspect of this preservation technique relies on cryogenic storage, which maintains samples at ultra-low temperatures, usually at -196°C using liquid nitrogen.

This cryogenic method effectively halts biological activity, thereby preventing genetic degradation and allowing for prolonged storage with minimal viability loss. The technology is particularly advantageous for genetic researchers, breeders, and livestock proprietors who aim to protect valuable genetic lineages from erosion.

In summary, Iran’s cutting-edge biotechnology for genetic preservation represents a significant advancement in the field. Through the innovative preservation of biological materials via cryogenic storage, the country seeks to maintain crucial genetic resources for future research and species revival. This initiative not only addresses the needs of geneticists and breeders but also has broader implications for biodiversity preservation.

Original Source: tvbrics.com