Key insights

• 🌍 🌍 A groundbreaking achievement in science as scientists resurrect the extinct dire wolf, a species that has been gone for 13,000 years.
• 🐺 🐺 Colossal Biosciences proudly claims this success marks a first for de-extinction efforts, reshaping our understanding of extinct species.
• 🧬 🧬 The lab in Dallas focuses on genome editing, utilizing the high similarity between dire wolves and modern grey wolves (99.5%).
• 🐉 🐉 The cultural impact of the dire wolf is amplified by its tie to HBO's Game of Thrones, attracting significant public interest.
• 🔬 🔬 Scientists modify the DNA of grey wolves to closely resemble that of dire wolves, both physically and behaviorally.
• 🌿 🌿 The successful resurrection is expected to impact biodiversity and ecosystems, sparking conversations about ecological balance.
• 🦣 🦣 Additionally, Colossal Biosciences has ambitious plans to bring woolly mammoths back by 2028, stirring ecological discussions.
• ⚖️ ⚖️ Critics voice concerns over the implications of de-extinction, emphasizing the need for careful consideration of ecological health.

Q&A

• Where is Colossal Biosciences located?

  Colossal Biosciences operates a lab in Dallas, which serves as the hub for their de-extinction projects, including the resurrection of the dire wolf and other species that walked the Earth since the Stone Age. 🐺

• What is the significance of the dire wolf revival?

  The revival of the dire wolf represents a remarkable achievement in genetic engineering and biological science, potentially reshaping our understanding of extinct species and their roles in ecosystems. It also highlights the advancements in de-extinction efforts, showcasing the possibilities and challenges of bringing back ancient species. 🐺

• What concerns do scientists have related to de-extinction?

  While the revival of species like the woolly mammoth is being pursued, there are concerns about the potential ecological impacts. Critics warn that reintroducing such species could disrupt existing ecosystems and biodiversity. Colossal Biosciences aims to bring woolly mammoths back by 2028, continuing the ongoing and often controversial discussions around de-extinction efforts. 🦣

• How were scientists able to create dire wolves?

  Scientists edited the genome of grey wolves, utilizing the fact that their genetic makeup is 99.5% identical to that of dire wolves. This genome editing modifies the DNA of grey wolves to resemble that of dire wolves, resulting in animals that physically and behaviorally align with the extinct species. 🐺

• Who is responsible for the revival of the dire wolf?

  Colossal Biosciences, a company focused on de-extinction, has announced the resurrection of the dire wolf, portraying it as the first known species to be revived since the Stone Age. This groundbreaking work has garnered increased public attention due to its connection with popular culture, such as HBO's Game of Thrones. 🐺

• What species has been brought back from extinction?

  Scientists have successfully revived the dire wolf, a species that has been extinct for 13,000 years. This achievement marks a significant breakthrough in de-extinction efforts. 🐺

• 00:00 Scientists have successfully brought back the dire wolf, a species extinct for 13,000 years, marking a significant breakthrough in de-extinction efforts. 🐺
• 00:13 Colossal Biosciences claims to have resurrected the extinct direwolf, a breakthrough in science that could change our understanding of extinct species. 🐺
• 00:26 Colossal's lab in Dallas is focused on de-extinction, showcasing the direwolf as the first known species to be revived since the Stone Age, gaining attention from HBO's Game of Thrones.
• 00:43 Scientists are editing the genome of grey wolves to create dire wolves, as their genetic makeup is already 99.5% identical. 🐺
• 00:58 The DNA of the cells is modified to resemble that of a direwolf, resulting in the animal physically and behaviorally resembling a direwolf 🐺.
• 01:14 David's company aims to bring woolly mammoths back to life by 2028, raising concerns about potential ecological impacts. 🦣