The resurrection of extinct species has always been a subject of fascination and debate. While it may sound like a plot from a sci-fi movie, today’s scientific advancements are inching us closer to making this a reality. Colossal Biosciences, a pioneering biotech company, is currently engaged in bringing back extinct species like the woolly mammoth and dire wolves, drawing comparisons to the famous Jurassic Park narrative.
CEO and co-founder of Colossal Biosciences, Ben Lamm, recently shared insights on how this groundbreaking initiative could contribute significantly to conservation, healthcare, and developmental biology. In an interview with CNBC’s Julia Boorstin, he unveiled how this endeavour isn’t just about playing god with extinct species, but holds potential benefits for humanity.
The South African Context
In the South African context, this research could open new avenues for the preservation and understanding of our rich biodiversity. South Africa is home to diverse ecosystems and numerous extinct species such as the Quagga and the Blue Antelope. The possibility of de-extincting these species could provide valuable insights into our natural history and evolution.
De-extinction and Human Lifespan
But how does de-extincting extinct species relate to extending human life? According to Lamm, the key lies in understanding the genetics of these animals. By studying the genetic makeup of long-extinct species, scientists can learn more about longevity, resistance to diseases, and other traits that can potentially be applied to human health and lifespan.
This means that the resurrection of these species could lead to better understanding of human biology and the development of novel treatments for diseases. In the long run, this could potentially extend human lifespan, offering a promising prospect for the future of healthcare.
Conservation and Developmental Biology
The de-extinction process also has vast implications for conservation and developmental biology. The methods used to de-extinct animals could be applied to endangered species, potentially saving them from the brink of extinction and preserving biodiversity. Furthermore, the genetic information obtained from these studies can contribute to the field of developmental biology, helping scientists understand how organisms grow and develop over time.
While the ethical and practical implications of de-extinction continue to be debated, the potential benefits it offers to humanity and the natural world are undeniably intriguing. As science advances, we may be on the brink of a new era where extinct species walk the earth again, and humans enjoy an extended lifespan.
Source: CNBC
