#de-extinction

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#conservation

De-extinction company's mascot strikingly similar to Jurassic Park

Colossal Foundation aims to 'de-extinct' the Tasmanian tiger, claiming 99.9% accuracy in its genome reconstruction.

De-extinction company provides a progress report on thylacine efforts

Colossal's projects include de-extinction efforts for species like the thylacine and resistance strategies against cane toads, showcasing innovative genetic manipulation.

De-extinction of the Tasmanian Tiger takes a major step forwards

Colossal Biosciences is working towards resurrecting the Tasmanian Tiger by reconstructing its genome.

Inside the ambitious plan to 'de-extinct the Dodo'

Scientists are using stem cell technology and genome editing to 'de-extinct' the dodo, with plans to reintroduce it to Mauritius.
Colossal Biosciences aims to resurrect other extinct species like the woolly mammoth and Tasmanian tiger, partnering with conservation organizations for ecosystem restoration.

De-extinction company's mascot strikingly similar to Jurassic Park

Colossal Foundation aims to 'de-extinct' the Tasmanian tiger, claiming 99.9% accuracy in its genome reconstruction.

De-extinction company provides a progress report on thylacine efforts

Colossal's projects include de-extinction efforts for species like the thylacine and resistance strategies against cane toads, showcasing innovative genetic manipulation.

De-extinction of the Tasmanian Tiger takes a major step forwards

Colossal Biosciences is working towards resurrecting the Tasmanian Tiger by reconstructing its genome.

Inside the ambitious plan to 'de-extinct the Dodo'

Scientists are using stem cell technology and genome editing to 'de-extinct' the dodo, with plans to reintroduce it to Mauritius.
Colossal Biosciences aims to resurrect other extinct species like the woolly mammoth and Tasmanian tiger, partnering with conservation organizations for ecosystem restoration.
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#genetic-engineering

How a putrid' find in a museum cupboard could be the key to bringing the Tasmanian tiger back to life

The discovery of a well-preserved thylacine head in a museum has significantly advanced de-extinction research efforts.
Unexpected findings can have profound impacts on scientific progress.

Inside the plan to 'de-extinct' the woolly mammoth as early as 2028

The first woolly mammoth calves may be born by late 2028 through genetic engineering of Asian elephants.

How a putrid' find in a museum cupboard could be the key to bringing the Tasmanian tiger back to life

The discovery of a well-preserved thylacine head in a museum has significantly advanced de-extinction research efforts.
Unexpected findings can have profound impacts on scientific progress.

Inside the plan to 'de-extinct' the woolly mammoth as early as 2028

The first woolly mammoth calves may be born by late 2028 through genetic engineering of Asian elephants.
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#stem-cells

Company that plans to bring back the mammoth takes a key step

DNA editing and stem cells used to restore extinct species like the thylacine and dodo.
Colossal faces practical hurdles, like the slow reproductive biology of mammoths' closest living relatives.

Scientists Are Inching Closer to Bringing Back the Woolly Mammoth

De-extinction startup Colossal Biosciences aims to create 'functional mammoths' by genetic editing of Asian elephant cells.
Scientists at Colossal have achieved reprogramming of Asian elephant cells to an embryonic-like state, potentially facilitating the creation of elephant sperm and eggs in the lab.

Company that plans to bring back the mammoth takes a key step

DNA editing and stem cells used to restore extinct species like the thylacine and dodo.
Colossal faces practical hurdles, like the slow reproductive biology of mammoths' closest living relatives.

Scientists Are Inching Closer to Bringing Back the Woolly Mammoth

De-extinction startup Colossal Biosciences aims to create 'functional mammoths' by genetic editing of Asian elephant cells.
Scientists at Colossal have achieved reprogramming of Asian elephant cells to an embryonic-like state, potentially facilitating the creation of elephant sperm and eggs in the lab.
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Scientists reconstruct chromosomes of a 52,000-year-old woolly mammoth

Scientists reconstructed chromosomes from a well-preserved woolly mammoth specimen excavated in Siberia in 2018, advancing efforts to potentially 'de-extinct' the species.
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