Iran Advances Genetic Preservation Through Innovative Biotech Solutions
Iran has introduced a cutting-edge biotechnology system for preserving biological samples, enhancing the viability of tissue, cell, and DNA storage. Utilizing cryogenic technology, the method prevents genetic degradation and supports future genetic studies and cloning initiatives. This advancement is crucial for genetic research, agricultural biodiversity, and the revival of rare or extinct species.
Iran has unveiled a sophisticated biotechnology system aimed at the preservation of tissue, cell, and DNA samples. Reported by Iran Press, this advancement is expected to significantly enhance the long-term viability of biological materials. Researchers have innovated a method that allows for the extraction and preservation of fibroblast cells from live tissue, ensuring these samples are primed for future applications in genetic studies, selective breeding, and cloning projects.
The innovative approach employs advanced biotechnological processes to safeguard vital genetic resources. Such resources could prove crucial in the restoration of rare breeds and the potential revival of extinct species. A primary aspect of this preservation technique is the use of cryogenic storage, which maintains samples at extremely low temperatures, typically -196°C in liquid nitrogen. This critical process effectively halts biological activity, preventing genetic degradation and allowing for prolonged storage with minimal loss of viability.
This technological advancement holds significant implications for genetic researchers, breeders, and livestock owners who are focused on protecting invaluable genetic lines. The successful application of such preservation methods can contribute to enhanced biodiversity and the resilience of agricultural systems. With these developments, Iran positions itself at the forefront of genetic preservation technologies, which could hold transformative potential for various fields of science and agriculture.
In conclusion, Iran’s development of advanced biotechnology for genetic preservation marks a significant step forward in the field of biogenetics. By utilizing innovative methods and cryogenic storage, researchers ensure the integrity and viability of crucial biological materials. This technology will not only aid in the revival of rare breeds but may also have the potential to resurrect extinct species, showcasing Iran’s commitment to pioneering advancements in genetic research and preservation.
Original Source: tvbrics.com
