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Saturday
The DIRE WOLF RESURRECTION
The DIRE WOLF RESURRECTION
Genetic Engineering and De-Extinction
𧬠Colossal Biosciences is resurrecting extinct species like the dire wolf, woolly mammoth, and Tasmanian tiger using CRISPR gene editing and surrogate animals.
π The company aims to restore ecosystem balance by reintroducing apex predators like the dire wolf to control herbivore populations.
Scientific Advancements
π§ͺ A 2021 Nature study revealed that dire wolves were genetically distinct from modern wolves, belonging to a separate evolutionary lineage.
π¬ Colossal Biosciences' team includes geneticists and advisors from Harvard and NASA, pushing the boundaries of de-extinction science.
Ethical and Ecological Implications
π The company's long-term goal extends beyond resurrection to potentially reprogramming life itself, raising ethical questions about altering fundamental genetic codes.
π¦ Reintroducing extinct apex predators like the dire wolf could repair ecosystems affected by unchecked prey populations, but may have unforeseen consequences.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — YouTube Video Summarizer
Ethical Concerns
- π§¬
Colossal Biosciences' efforts to "reprogram life itself" raise concerns about playing God and the limits of scientific power, echoing the actions of fallen angels in biblical texts.
- π¦
The de-extinction of species like the dire wolf and woolly mammoth is controversial due to potential unintended consequences and questions about the ethical treatment of genetically modified life forms.
Scientific and Environmental Impact
- πΊ
The dire wolf, a massive apex predator, was not a true wolf but evolved in isolation through convergent evolution, with a distinct genetic lineage from modern canines.
- π
Reintroducing the dire wolf into its historical range, which overlaps with currently inhabited areas, could significantly impact modern ecosystems.
Societal and Regulatory Issues
- π¬
The public has no say in Colossal Biosciences' de-extinction efforts, which are driven by scientific curiosity and funding opportunities, raising concerns about lack of transparency and accountability.
- π¦£
Some scientists argue that de-extinction efforts are high-risk and could distract from protecting existing endangered species, potentially misallocating conservation resources.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — YouTube Summary With ChatGPT & Claude
The DIRE WOLF RESURRECTION
Genetic Engineering and Resurrection
𧬠Colossal Biosciences aims to resurrect extinct species like the dire wolf through genetic engineering, using CRISPR gene editing and surrogate mothers from related species.
πΊ The dire wolf, classified as Anison Dyrus, was a massive apex predator that evolved in isolation in the Americas, developing wolf-like features through convergent evolution.
Ecological Impact and Reintroduction
πΏ Resurrecting the dire wolf is intended to restore natural balance in ecosystems where predator populations have collapsed, potentially controlling herbivore populations.
π The dire wolf's historical range overlaps with current human habitats, making it well-suited for reintroduction with genetic optimization for 21st-century conditions.
Ethical and Scientific Considerations
⚖️ The dire wolf resurrection project is a high-risk, high-reward endeavor that could have unintended consequences on ecosystems and human societies.
π¬ Some scientists warn that genetic resurrection could divert resources from protecting existing species and raise questions about "playing God" with evolution.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — YouTube Transcripter
The DIRE WOLF RESURRECTION
Genetic Resurrection
𧬠Q: What is Colossal Biosciences' main project?
A: Colossal Biosciences is resurrecting extinct species like the dire wolf through genetic engineering, using Crispr gene editing and Asian elephant surrogates.
πΊ Q: How are they bringing back the dire wolf?
A: They're rewriting the genetic code of the common grey wolf to match the dire wolf's genome, using domestic dogs as surrogate mothers.
Dire Wolf Characteristics
𦴠Q: What made the dire wolf unique?
A: The dire wolf was a massive apex predator that evolved in isolation in the Americas, classified under a different genus, Anison Dyrus, meaning "terrible wolf of an unknown doglike creature".
Ecological Impact
πΏ Q: Why resurrect the dire wolf?
A: To restore natural balance in ecosystems where predator populations have collapsed, helping control herbivore populations and maintain balance in ancient ecosystems.
π Q: Why is the dire wolf suitable for reintroduction?
A: Its historical range overlapped with areas we still inhabit, making it well-suited for reintroduction into the modern world, with potential for genetic optimization to adapt to current conditions.
Ethical Considerations
⚖️ Q: What are the concerns about this project?
A: It's a high-risk, high-reward endeavor with potential unintended consequences on ecosystems and human societies, raising questions about "playing God with evolution" and potentially distracting from protecting existing species.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — Download YouTube Subtitles
The DIRE WOLF RESURRECTION
Genetic Engineering and De-Extinction
𧬠Q: How is Colossal Biosciences resurrecting extinct species?
A: Colossal Biosciences is using genetic engineering with Crispr gene editing tools, ancient DNA, and surrogate animals (like Asian elephants for mammoths and domestic dogs for dire wolves) to resurrect extinct species such as the woolly mammoth, Tasmanian tiger, and dire wolf.
πΊ Q: What is unique about the dire wolf's resurrection?
A: The dire wolf, a massive apex predator genetically distinct from modern wolves, is being resurrected to restore ecological balance by controlling herbivore populations, effectively reintroducing a missing predator to ecosystems.
Scientific Advancements and Goals
π§ͺ Q: What is Colossal Biosciences' long-term vision?
A: Colossal Biosciences aims to reprogram life itself, potentially rewriting the fundamental code of life, with a vision of de-extinction that feels like science fiction becoming reality.
π₯ Q: Who is involved in Colossal Biosciences' efforts?
A: The company has assembled a team of geneticists, investors, and advisors from prestigious institutions including Harvard, NASA, and the entertainment industry to push forward their de-extinction agenda.
Ecological Impact
πΏ Q: How might the resurrection of extinct species affect ecosystems?
A: The reintroduction of extinct apex predators like the dire wolf could help repair ecosystems overrun by unchecked prey populations, potentially restoring balance in various habitats.
π¬ Q: What scientific findings support the dire wolf resurrection project?
A: A 2021 study published in Nature revealed that dire wolves belonged to a separate evolutionary lineage from modern wolves, providing crucial information for the genetic engineering process.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — YouTube Transcript Generator
The DIRE WOLF RESURRECTION
Ethical Concerns
𧬠Q: Is Colossal Biosciences "playing God" with de-extinction?
A: Critics argue that Colossal's efforts to revive extinct species like the dire wolf and woolly mammoth are akin to "playing God", raising concerns about human hubris and the ethical limits of scientific power.
π¦ Q: What are the potential unintended consequences of de-extinction?
A: The reintroduction of extinct species like the dire wolf into modern ecosystems could have unforeseen impacts on existing wildlife and habitats, potentially disrupting ecological balance.
Scientific Controversy
π§ͺ Q: How does the dire wolf's genetic lineage complicate its revival?
A: The dire wolf was not a true wolf but a parallel predator that evolved in isolation, making its genetic resurrection more complex and controversial than reviving a closely related species.
π¬ Q: Could de-extinction efforts distract from conservation of existing species?
A: Some scientists argue that Colossal's high-risk de-extinction projects may divert resources and attention from protecting endangered species that are currently alive.
Societal Impact
π Q: How might the revival of apex predators like the dire wolf affect human communities?
A: The reintroduction of a massive apex predator like the dire wolf into areas now inhabited by humans could pose significant safety concerns and require extensive management strategies.
π€ Q: Is there a lack of public input in de-extinction decisions?
A: The public has no say in Colossal Biosciences' de-extinction efforts, which are driven by scientific curiosity and private funding, raising concerns about transparency and accountability in this high-stakes field.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — Download YouTube Subtitles
The DIRE WOLF RESURRECTION
- 00:00 The return of the dire wolf romulus and Ramos are doing what puppies do chasing tussing nipping nuzzling but there's something very unpuppyylike about the snowy white six-month-olds their size for starters at their young age. They already measure. Nearly 4 feet long tipped the scales at 80 lbs and could grow to 6 feet and 150 lb. Then there's their behavior. The angelic exuberance puppies exhibit in the presence of humans tiding up for hugs. Belly rubs. Kisses is completely absent. They keep their distance retreating if a person approaches. Even one of the handlers who raised them from birth can only get so close before Ramulus and Ramos flinch and retreat. This isn't domestic canine behavior. This is wild loopin behavior. The pups are wolves not only that they are dire wolves which means they have a cause to be lonely.
- 01:21 The direwolf once roamed an American range that extended as far south as Venezuela and as far north as Canada. But not a single one has been seen in over 10,000 years when the species went extinct. Plenty of direwolf remains have been discovered across the Americas however and that presented an opportunity for a company named Colossal Biosciences. Okay folks so you may be probably wondering why in the world of all the animals that existed and have gone extinct. Why would they choose to bring back this particular species of ancient wolf. Why has the science industry been trying to bring back creatures like the woolly mammoth for so long. Their explanation of course fits the mainstream narrative of evolution and restoring some kind of mythical balance to the ecosystem or maybe. The answer is much simpler we're living in the days of Noah. So this company Colossal Biosciences is literally trying to bring extinct animals back to life yeah. This isn't science fiction anymore. This is real now. Colossal Biosciences is a biotech startup that's on a mission to resurrect species that once walked the earth including the woolly mammoth. So they've been able to raise hundreds of millions of dollars and are actively using advanced gene editing tools like Crisper to make it happen but what's even crazier their long-term goal isn't about bringing back animals. It's about reprogramming life itself just like the fallen angels of the Bible or Book of Enoch history repeats itself so what exactly is their plan well understand that Colossal isn't technically cloning mammoths or anything else because of course that's not good enough.
- 04:10 So instead they're taking DNA from frozen mammoth remains and inserting parts of it into the genome of the Asian elephant which is their closest living relative and what they end up with is a genetically engineered hybrid that would look and behave like a mammoth but with some modern upgrades to help it survive in today's environment. Now why would they do this well. They claim it's about reing reintroducing these megapaa to ecosystems like the Arctic tundra to help reverse what they call climate change. Here's their reasoning for this mammoths used to stomp down snow keeping perafrost frozen without them. The perafrost is thawing releasing massive amounts of methane so in theory bringing mammoths. Back could help stabilize that region make sense of course not but hey whatever helps them to get funding. I mean what do. They care what they tell the public anyways but it's not just mammoths. Colossal is also working on reviving the Tasmanian tiger also known as the thyloine which went extinct in the 1930s and beyond that they've hinted at reviving the dotal bird and only God knows what else this is what they're calling deextinction and they see it as a future of conservation biology. It's basically like a real life Jurassic Park minus the dinosaurs for now but let's be real here. There's a lot of controversy. Some scientists warned that this kind of genetic resurrection is high risk and it could distract from protecting the species we still have others ask the deeper questions like should we be doing this at all. What are the unintended consequences of playing God with evolution and if we bring these creatures back do they really belong in our world anymore. There are also ethical concerns about the animals themselves. Especially the surrogates used to birth them. I mean do we really want to care for genetically modified life. Forms that have no precedent in the natural world come on where is our vote when does the public get any say in this. I'll tell you when never and Colossal is pushing forward with a vision that feels straight out of a sci-fi movie. They've got a team of geneticists investors advisors including people from Harvard NASA and even the entertainment world. All right so get this the direwolf.
- 07:32 Yes. The legendary predator of the Ice Age is no longer extinct. We're talking about a creature that disappeared over 10,000 years ago now walking the earth again through a blend of genetic engineering and synthetic biology. Let me go back to this article here relying on deaf genetic engineering and ancient preserved DNA colossal scientists deciphered the direwolf genome rewrote the genetic code of the common grey wolf to match it and using domestic dogs as surrogate mothers brought Romulus Ramos and their sister two-month-old Khesi into the world. During these separate births last fall and this winter effectively for the first time deextincting a line of beasts whose life gene pool long ago vanished time met the males. Khesi was not present due to her young age at a fenced field in a US wildlife facility on March 24th on the condition that their location remain a secret to protect the animals from prying eyes. The dire wolf isn't the only animal that Colossal which was founded in 2021 and currently employs 130 scientists wants to bring back also on their de-extinction wish list is the woolly mammoth the dodo the thyloine or Tasmanian tiger. Already in March. The company surprised the science community with the news that it had copied mammoth DNA to create a woolly mouse. A chimeic critter with the long golden coat and the accelerated fat metabolism of the mammoth do you see folks. Do you see why this is insane. You give these people an inch and they take a mile so let's rewind a bit. The direwolf wasn't just a bigger version of a greywolf.
- 09:55 This thing was a true apex predator massive muscular with bone crushing jaws and a build that could take down prehistoric megapona like woolly mammoths. These were not pack hunters that relied on speed and agility. Like modern wolves. They were brutal territorial and evolved for raw power and now thanks to Colossal. They're back monsters reborn in a high-tech lab and now being part of Earth's living ecosystem once again. Now they say direwolves once helped maintain balance in ancient ecosystems by controlling herbivore populations and in their absence. Those systems shifted often in damaging ways by reintroducing a modern version of the direwolf. Colossal hopes to restore natural balance especially in places where predator populations have collapsed but the second reason is the dire wolf represents something lost something powerful ancient and deeply symbolic by reviving it. They are resurrecting a myth. Now. The new direwolves what some are calling. Neodyars are alive breathing and being monitored in controlled environments. They're being studied for behavior adaptation and ecological impact and eventually the plan is to reintroduce them to the wild imagine. A future where forests tundras and plains once again echo with the howl of a creature that once stood at the top of the food chain we're witnessing the first wave of deextinction becoming reality but of course what happens if these animals don't behave as expected so out of all the species they could bring back from saber-tooth cats to ancient birds why did colossal biosciences choose the direwolf what makes this particular predator so important so symbolic that they felt it deserved a second shot at life well. The answer is layered and it goes far beyond just scientific curiosity first off the dire wolf is iconic.
- 12:51 It's a creature burned into the cultural psyche with fantasy franchises like Game of Thrones. Yes. Just because this animal was in Game of Thrones they wanted to capitalize on its popularity so what's coming in the future dragons. What are they trying to do make us live in the Game of Thrones. We're almost already. There. They believe that reviving the direwolf they can reintroduce a missing apex predator to help repair ecosystems that have been or have become overrun by unchecked prey populations like what I don't know but it goes deeper see unlike the woolly mammoth which many scientists argue may not have a suitable environment left to thrive in the direwolf is uniquely well suited for reintegration into the modern world. Its historical range overlaps with areas we still inhabit today so the possibility of it adapting to current climates. Terrain and prey is actually quite high especially if it's genetically optimized for the 21st century. I mean doesn't that sound great folks wouldn't you love to be hunted by a direwolf but wait wait a minute. You see the average person thinks when they look at these pups okay. So they've brought back this beautiful animal look at them. They're so cute and cuddly well those animals are going to grow up and fast any of you ever any of you ever stand next to a wolf that size and the only thing between you and it was nothing. I have some caretaker who had this thing on a leash a leash not in chains a leash. I thought I was standing next to a prehistoric murder dog cosplaying as a house pet. Except this one looked like it ate. Rottweilers for breakfast and flossed with bare fur and there was nothing cute and cuddly about it imagine. This you come face to face with one of these things. It's on all fours it lifts its head up from the ground to the top of its head is about 5 ft.
- 15:45 That's the direwolf and let me just say this folks and I just want you all to be aware of this. The direwolf that's just a name. It's not even a wolf. Yes I know it certainly looks like a wolf but it's not. It's actually a part of an entirely separate branch. In 2021 a study published in the journal Nature revealed that the direwolf wasn't even in the same genus as today's wolves or coyotes or dogs when researchers sequenced the ancient DNA from direwolf fossils. They discovered something and that something is the dire wolf actually belonged to a completely separate evolutionary lineage that diverged from the wolf family. Somehow someway let that sink in that means the dire wolf wasn't a true wolf. At all. It was more like a parallel predator. An apex carnivore that they say evolved in isolation in the Americas developing similar features to wolves through a process called convergent evolution. I know right that's when unrelated species evolved similar traits because they live in the same environment or fill similar roles in the ecosystem. That's the concept. So even though it looked like a wolf hunted like a wolf and was called a wolf for over a century genetically speaking the dire wolf is something totally unique. It was so distinct in fact that researchers had to classify it under a different genus altogether anision Dyrus which literally means terrible wolf of an unknown doglike creature. So the question then becomes what other familiar species from the past might have completely misunderstood identities and they sinned against birds and beasts and reptiles and fish. Then the earth laid accusation against the lawless ones. Now is the dire wolf a nephilim beast. I don't know. I don't want to find out and I pray for the poor soul who will have to find that out the hard way because this is not a cloned direwolf. This is their own creation anyway that's going to be all for now. I'll keep my eye on Colossal and its sins hit that like button for me on your way out subscribe and check out my other links in the description box below everyone have a great day.
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Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — YouTube Summary With ChatGPT & Claude
Colossal Biosciences is using advanced gene editing to resurrect the extinct dire wolf and other species, aiming to restore ecological balance and address climate change, while also raising ethical concerns about de-extinction efforts.
- 00:00 πΊ Dire wolf puppies Romulus and Ramos, measuring nearly 4 feet and weighing 80 lbs, exhibit wild behavior by avoiding human interaction, highlighting their untamed nature.
- 01:21 𦴠Colossal Biosciences is working to resurrect the extinct direwolf and other species like the woolly mammoth through advanced gene editing.
- Colossal Biosciences aims to resurrect the extinct direwolf, which once inhabited a vast range across the Americas over 10,000 years ago.
- Colossal Biosciences aims to resurrect extinct species like the woolly mammoth using advanced gene editing, with a broader goal of reprogramming life itself.
- 04:10 𧬠Scientists are creating hybrid mammoths from frozen DNA to combat climate change and exploring the revival of extinct species like the dire wolf, raising ethical concerns and potential distractions from conservation.
- Scientists are using DNA from frozen mammoths to create a hybrid with Asian elephants, aiming to reintroduce them to ecosystems to combat climate change, while also exploring the revival of other extinct species like the Tasmanian tiger.
- Genetic resurrection of extinct species like the dire wolf raises ethical concerns, risks distracting from conservation efforts, and questions about their place in the modern world.
- 07:32 𧬠Scientists have resurrected the dire wolf through genetic engineering, advancing de-extinction alongside other species like the woolly mammoth.
- Scientists have successfully resurrected the dire wolf using genetic engineering and ancient DNA, marking a significant step in de-extinction efforts alongside other species like the woolly mammoth and dodo.
- A company has created a woolly mouse by copying mammoth DNA, highlighting the potential for genetic manipulation beyond expectations.
- 09:55 πΊ Colossal is resurrecting dire wolves to restore ecological balance and study their impact for potential reintroduction into the wild.
- Colossal aims to resurrect dire wolves to restore ecological balance and revive a powerful, symbolic ancient predator.
- Colossal Biosciences is resurrecting direwolves, studying their behavior and ecological impact for potential reintroduction into the wild, highlighting their symbolic significance beyond mere scientific interest.
- 12:51 πΊ Reviving the direwolf could restore ecosystems by reintroducing a modern apex predator, despite its initially cute appearance.
- Reviving the direwolf could help restore ecosystems by reintroducing an apex predator suited for modern environments, unlike the woolly mammoth.
- The seemingly cute and cuddly wolf pups will grow into large, formidable predators that are far from harmless.
- 15:45 𦴠The dire wolf is a distinct species with a unique genetic lineage, possibly created by lawless beings rather than being a clone.
- The direwolf, once thought to be a true wolf, is actually a distinct species that evolved separately in the Americas, classified under a different genus due to its unique genetic lineage.
- The dire wolf may not be a cloned creature but rather a creation of lawless beings, raising concerns about its origins.
- 19:08 π± Natural zeolyte spray detoxifies the body from heavy metals and toxins, promoting health and well-being.
Summary for: https://youtu.be/gTHJleCfjIQ by Noiz — YouTube Summary With ChatGPT & Claude
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