The Man Bringing Extinct Creatures Back To Life - Ben Lamm | Modern Wisdom 681

The video is about a company called Revive & Restore, which is working to bring back extinct species to increase biodiversity and combat climate change. The company is using technology to clone and engineer genes from extinct animals into living cells, and then implanting the embryos into the closest living relative. The video discusses the concept of de-extinction, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth. The video also talks about the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.

This video by Chris Williamson was published on Sep 16, 2023.
Video length: 01:09:43.

The video is about a company called Revive & Restore, which is working to bring back extinct species to increase biodiversity and combat climate change.

The company is using technology to clone and engineer genes from extinct animals into living cells, and then implanting the embryos into the closest living relative. The video discusses the concept of de-extinction, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.

The video also talks about the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.

• The video is about a company called Revive & Restore, which is working to bring back extinct species to increase biodiversity and combat climate change.
• The company is using technology to clone and engineer genes from extinct animals into living cells, and then implant embryos into the closest living relative.
• The concept of de-extinction is discussed, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The challenges of bringing back extinct animals are also discussed, such as the need for precise genomics and the use of advanced technology.
• The video discusses the importance of preserving species in the permafrost and the use of advanced technology in de-extinction research.
• The video highlights the importance of education and promotion in de-extinction research.
• The video mentions the company Revive & Restore and their work in bringing back extinct species.
• The video emphasizes the importance of preserving biodiversity and the need for continued research in de-extinction.
• The video discusses the challenges of de-extinction research, such as the need for precise genomics and the use of advanced technology.

The Man Bringing Extinct Creatures Back To Life - Ben Lamm | Modern Wisdom 681 - YouTube

Section 1: Introduction

• The video is about a company called Revive & Restore, which is working to bring back extinct species to increase biodiversity and combat climate change.
• The company is using technology to clone and engineer genes from extinct animals into living cells, and then implanting the embryos into the closest living relative.
• The concept of de-extinction is discussed, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The challenges of bringing back extinct animals are also discussed, such as the need for precise genomics and the use of advanced technology.

Section 2: De-extinction

• De-extinction is not a new concept, as everything from books and movies to some other movements have talked about the concept of de-extinction.
• The way we view de-extinction is the de-extinction of core genes to build proxy species for unique genetics that have been lost over time.
• Recently, someone wanted to debate semantics over the do and don't of de-extinction, but it was pointed out that a Dodo was a flightless pigeon and that the genes that made it different were the ones that were de-extincting.
• Different groups have different perspectives on the work that is being done, but fundamentally the goal is to bring back lost species to increase biodiversity and use the technologies for conservation.

Section 3: Bringing Back Extinct Animals

• To bring back a dead animal, you cannot clone a living cell, as you do not have living cells to start with.
• Instead, you have to look for the closest living relative of the extinct animal and then use that to bring back the lost species.
• The genomics of the animal that is not alive are used to isolate the genes that made the extinct animal unique.
• Computational analysis is used to understand the genes and then they are engineered into the Asian elephant cell, which is used for cloning.

The Man Bringing Extinct Creatures Back To Life - Ben Lamm | Modern Wisdom 681 - YouTube

Section 4: Conclusion

• The work being done by Revive & Restore is an example of how technology is being used to bring back extinct species and increase biodiversity.
• The challenges of bringing back extinct animals are significant, but the use of advanced technology and precise genomics is making it possible to bring back lost species.
• The concept of de-extinction is not new, but the way we view it is changing as we learn more about the genes that make each species unique.
• The goal of bringing back extinct animals is to increase biodiversity and use the technologies for conservation, but there are still many challenges to overcome.

The Concept of De-extinction

• The video discusses the concept of de-extinction, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The video talks about the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.
• The video mentions the company Revive & Restore, which is working to bring back extinct species using technology to clone and engineer genes from extinct animals into living cells, and then implanting the embryos into the closest living relative.
• The video discusses the importance of preserving species in the permafrost, as it contains tons of preserved species that can be used for de-extinction research.
• The video highlights the importance of DNA extraction from preserved specimens, as it can provide valuable information for de-extinction research.

Types of Species Preserved in the Permafrost

• The video mentions that there are many species preserved in the permafrost, including mammoths, birds, and insects.
• The video discusses the challenges of extracting DNA from these species, as the DNA can be degraded over time due to factors such as heat, sun, and radiation.
• The video highlights the importance of preserving teeth and inner ear bones, as they can provide high-quality DNA samples for de-extinction research.
• The video discusses the use of radiocarbon dating and population genomic studies to understand the populations of extinct species.
• The video mentions that some species preserved in the permafrost, such as Russian mammoths, can provide valuable information for de-extinction research.

De-extinction Research

• The video discusses the use of advanced technology, such as genomics and cloning, to bring back extinct species.
• The video talks about the challenges of de-extinction research, such as the need for precise genomics and the use of advanced technology.
• The video mentions the importance of DNA extraction from preserved specimens, as it can provide valuable information for de-extinction research.
• The video discusses the use of radiocarbon dating and population genomic studies to understand the populations of extinct species.
• The video highlights the importance of education and promotion in de-extinction research, as it can help bring attention to the importance of preserving biodiversity.

Conclusion

• The video discusses the concept of de-extinction and the challenges of bringing back extinct species.
• The video highlights the importance of preserving species in the permafrost and the use of advanced technology in de-extinction research.
• The video discusses the importance of education and promotion in de-extinction research.
• The video mentions the company Revive & Restore and their work in bringing back extinct species.
• The video emphasizes the importance of preserving biodiversity and the need for continued research in de-extinction.

Section 1: Overview of Revive & Restore

• Revive & Restore is a company working to bring back extinct species to increase biodiversity and combat climate change.
• The company uses technology to clone and engineer genes from extinct animals into living cells, and then implant embryos into the closest living relative.
• The concept of de-extinction is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• Challenges of bringing back extinct animals include the need for precise genomics and the use of advanced technology.

Section 2: Mammoth Genetics

• Mammoths have five different types of hair, each with its own genes and pathways that produce specific physical attributes.
• The GTP team at Revive & Restore uses AI and advanced technology to understand how things like size, cranial facial shapes, and fat patterns work across million species.
• The team also looks at things like hair and fur length and different regions, such as the brain and spinal cord.
• Working on multiple species allows the team to identify trends that can be applied to other mammals, such as drop-resistant cattle.

Section 3: Making a Mammoth

• To make a mammoth, the first step is to go through computational analysis to understand the targeted gene list.
• The process of editing Asian elephant cells involves understanding what the gene list is, making edits, and testing to make sure the edits took and didn't create target effects.
• Once the edits are comfortable, the process of semantic cell nuclear transfer or cloning is used to take the nucleus of a semantic cell and put it into that of a germ cell or an egg cell.
• The embryo is then implanted into a surrogate, in the case of the woolly mammoth, the Asian elephant.

Section 4: Birds and De-extinction

• Birds are harder to clone than mammals because they require embryo transfer and nucleus transfer, which is not necessary for mammals.
• However, birds are easier to work with on the back end because the gestational process is much easier than that of mammals.
• Currently, it is not possible to clone birds, but everything was impossible until it became possible.
• Revive & Restore is using chickens as a host to cultivate primordial germ cells, the precursors to birds.

Section 1: Introduction to Revive & Restore

• Revive & Restore is a company working to bring back extinct species to increase biodiversity and combat climate change.
• The company uses technology to clone and engineer genes from extinct animals into living cells, and then implant the embryos into the closest living relative.
• The video discusses the concept of de-extinction, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The video also talks about the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.

Section 2: Bringing Back Extinct Animals

• Revive & Restore is working on bringing back extinct animals such as the dodo and the mammoth.
• The company is using bird cloning to bring back the dodo, but is also exploring the possibility of mammoth cloning.
• The video discusses the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.
• The video also talks about the importance of preserving all life on Earth and the role that de-extinction can play in this effort.

Section 3: De-extinction and Biodiversity

• De-extinction is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The video discusses the importance of biodiversity and the role that extinction plays in reducing it.
• The video also talks about the potential benefits of de-extinction, such as the ability to restore ecosystems and increase resilience to climate change.
• The video highlights the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.

Section 4: Conclusion

• The video concludes by emphasizing the importance of preserving all life on Earth and the role that de-extinction can play in this effort.
• The video also highlights the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.
• The video encourages viewers to consider the potential benefits of de-extinction and the role that they can play in this effort.
• The video ends by emphasizing the importance of continued research and innovation in the field of de-extinction.

The Man Bringing Extinct Creatures Back To Life

• The video is about a company called Revive & Restore, which is working to bring back extinct species to increase biodiversity and combat climate change.
• The company is using technology to clone and engineer genes from extinct animals into living cells, and then implanting the embryos into the closest living relative.
• The concept of de-extinction is discussed, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The challenges of bringing back extinct animals are discussed, such as the need for precise genomics and the use of advanced technology.
• The video also talks about the importance of preserving the genetic diversity of all species, and how bringing back extinct animals can help to maintain this diversity.

The Limiting Factor in De-extinction

• The main limiting factor in de-extinction is the quality of the DNA that can be obtained from the sample of the animal.
• The quality of the DNA can be improved with more samples and better sequencing technology.
• Genomic sequencing is a crucial part of de-extinction, and it is constantly improving.
• There are different editing technologies available for genomic sequencing, such as individual letter editing, multiplex editing, and DNA synthesis.
• The rate at which editing technologies progress will probably be the limiting factor in the number of edits that can be made when it comes to other animals.

Exotic Animals and De-extinction

• No one has seen a mammoth, making it a very exotic animal.
• Dinosaur DNA and collagen can be obtained from amber and other fossils, but it does not make them extinct.
• There are many exotic animals that have gone extinct in warm, wet climates.
• Cold and dry environments are great for DNA preservation.
• There are many interesting animals that have gone extinct in warm, wet climates that could potentially be brought back through de-extinction.

Conclusion

• De-extinction is a complex process that requires advanced technology and a lot of samples.
• Genomic sequencing is a crucial part of de-extinction, and it is constantly improving.
• There are different editing technologies available for genomic sequencing, such as individual letter editing, multiplex editing, and DNA synthesis.
• The rate at which editing technologies progress will probably be the limiting factor in the number of edits that can be made when it comes to other animals.
• There are many interesting animals that have gone extinct in warm, wet climates that could potentially be brought back through de-extinction.

The Video

• The video is about a company called Revive & Restore, which is working to bring back extinct species to increase biodiversity and combat climate change.
• The company is using technology to clone and engineer genes from extinct animals into living cells, and then implanting the embryos into the closest living relative.
• The video discusses the concept of de-extinction, which is the idea of bringing back extinct species to increase biodiversity and preserve all life on Earth.
• The video talks about the challenges of bringing back extinct animals, such as the need for precise genomics and the use of advanced technology.

Extinct Species

• The video mentions several extinct species that are interesting, including giant sloths, pine species, and the Stellar sea cow.
• The video also talks about the American penguin, manatee, and saber-tooth cat as potential candidates for de-extinction.

Watch the video on YouTube:
The Man Bringing Extinct Creatures Back To Life - Ben Lamm | Modern Wisdom 681 - YouTube