Iranian scientist develops system for preserving biological samples
TEHRAN, Iran (MNTV) — Iranian researchers have introduced an advanced biotechnology system designed to preserve tissue, cell, and DNA samples, marking a significant breakthrough in genetic research and conservation efforts.
The system, which utilizes cryogenic storage at ultra-low temperatures of -196°C in liquid nitrogen, effectively halts biological activity.
The technique prevents genetic degradation and ensures the long-term viability of biological materials, according to Iran Press.
This technology is poised to benefit genetic researchers, breeders, and livestock owners by enabling the preservation of samples for future genetic studies, selective breeding, and cloning initiatives.
The preservation method is particularly crucial for maintaining invaluable genetic resources, restoring rare breeds, and aiding in the revival of extinct species.
By keeping biological samples intact, the system provides a reliable foundation for advancing genetic research and biodiversity conservation.
“This technology represents a major step forward in preserving genetic diversity and supporting scientific advancements,” said a lead researcher involved in the project.
“It allows us to safeguard genetic materials for future generations, ensuring their availability for critical research and conservation efforts”, the researcher added.
The cryogenic storage process is the core component of the preservation method, offering a reliable solution for long-term storage with minimal loss of viability.
This breakthrough is expected to have far-reaching implications for fields such as agriculture, biotechnology, and environmental conservation.
The technology not only enhances the country’s research capabilities but also positions it as a key player in addressing global challenges related to genetic preservation and biodiversity loss.
The system’s potential applications include supporting selective breeding programs, enabling the study of rare genetic traits, and contributing to efforts to revive endangered or extinct species.
By preserving genetic materials, researchers can ensure the availability of diverse biological resources for future scientific and agricultural advancements.
This achievement highlights Iran’s commitment to advancing biotechnology and its role in addressing critical global issues.
The new preservation system is expected to inspire further innovation in genetic research and conservation, paving the way for a more sustainable and biodiverse future.
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