Iran advances genetic preservation with cutting-edge cell storage technology

Iran has introduced an advanced biotechnology system for preserving tissue, cell, and DNA samples. This is reported by Iran Press, a partner of TV BRICS.

The research team has developed an innovative method that enhances the long-term viability of biological materials. By extracting fibroblast cells from live tissue and preserving them under meticulously controlled conditions, scientists are ensuring these samples remain intact for future genetic studies, selective breeding, and cloning initiatives.

By leveraging advanced biotechnological processes, we can maintain invaluable genetic resources that could aid in restoring rare breeds and even reviving extinct species.

A core component of this preservation method is cryogenic storage, which involves maintaining samples at ultra-low temperatures, typically -196°C in liquid nitrogen.

This process effectively halts biological activity, preventing genetic degradation and enabling long-term storage with minimal loss of viability.

Such technology is particularly beneficial for genetic researchers, breeders, and livestock owners seeking to safeguard valuable genetic lines.

Photo: iStock