<div id="readability-page-1"><div><h2>The Company Trying to Resurrect the Woolly Mammoth Already Brought Back the Dire Wolf. The Real Story Is What It Built Along the Way.</h2><p>Last April, three wolf pups named Romulus, Remus, and Khaleesi took their first steps in a Colossal Biosciences lab. They were engineered using 13,000-year-old DNA extracted from a dire wolf tooth, cloned from gray wolf cells, and born to surrogate hound mixes. They are the first de-extincted animals Colossal has produced, and the mammoth headlines haven't even started yet.</p><p>Colossal expects to produce mammoth-like Asian elephant embryos by 2026 and live calves by 2028. The thylacine (Tasmanian tiger) project is ahead of schedule. The dodo team has completed high-coverage genomes and successful gene editing in bird germ cells. There are now five active de-extinction projects: mammoth, thylacine, dodo, dire wolf, and moa.</p><p>But the mammoth is a means, not an end. The tools Colossal had to invent to make de-extinction possible are spinning off into businesses that address plastic pollution, food security, human fertility, and biodiversity preservation. That's the story investors and AI observers should be tracking.</p><h3>The Platform Underneath</h3><p>Colossal was founded in 2021 by serial entrepreneur Ben Lamm and Harvard geneticist George Church. It has raised $615 million in total funding, reached a $10.2 billion valuation in January 2025 (making it Texas' first decacorn), and employs 260 scientists across labs in Dallas, Boston, and Melbourne. The investor list includes TWG Global (which led the $200M Series C), the UAE government ($60M), and celebrity backers like Tom Brady, Paris Hilton, Tiger Woods, and Peter Jackson.</p><p>The core capability: multiplex genome editing at industrial scale. In October 2024, Colossal made 300 unique genetic edits into a single fat-tailed dunnart cell line for the thylacine project, the most edited animal cell at the time. Lamm told The Debrief that the team has moved from performing a handful of edits with roughly 40% efficiency to executing hundreds of simultaneous edits with approximately 90% accuracy. That throughput leap, powered by AI models that predict editing outcomes, is what makes the spinoffs possible. When you can rewrite DNA at that speed and precision, de-extinction is just one application.</p><h3>The Spinoffs</h3><p><strong>Breaking</strong> (plastic degradation). Colossal's first spinoff, incubated from a Wyss Institute discovery at Harvard, launched in July 2025 with $10.5 million in seed funding. Its flagship microbe, X-32, was discovered through a year of bio-prospecting in landfills and ponds. In its natural state, X-32 can degrade polyolefins, polyesters, and polyamides, leaving behind carbon dioxide, water, and biomass in as little as 22 months. Traditional recycling often produces microplastics. X-32 breaks the material down to base components. Colossal's synthetic biology expertise is now being applied to make X-32 faster, more efficient, and more effective through genetic engineering.</p><p><strong>Form Bio</strong> (computational biology). Spun off in September 2022 with $30 million in venture funding, Form Bio licenses the genetic analysis software Colossal built to manage its de-extinction pipelines. It replaces code-heavy bioinformatics processes with an accessible interface for genomic analysis, ancient DNA databases, and AI-powered workflows.</p><p><strong>Artificial womb research.</strong> The thylacine and mammoth projects both require surrogacy or ex-utero development. Colossal has a 17-person team working on artificial wombs and has already used a prototype artificial uterus to culture fertilized marsupial embryos to over halfway through pregnancy. Lamm has said investors are interested in this technology for potential human fertility treatments. The connection is direct: the embryo development techniques created to save the Northern White Rhino or produce thylacine joeys apply to IVF, embryo screening, and reproductive medicine.</p><h3>The BioVault</h3><p>In February 2026, Colossal announced the world's first BioVault in partnership with the UAE, housed permanently at Dubai's Museum of the Future. Sheikh Hamdan bin Mohammed, Crown Prince of Dubai, directed the project. It's a nine-figure initiative that aims to store millions of frozen cell and tissue samples from more than 10,000 species, starting with the 100 most imperiled species globally. The biovault uses automated robotics, AI-powered monitoring, and proprietary cryopreservation technology.</p><p>Lamm compared it to the Svalbard Global Seed Vault but for animals. The genomic data will be open-sourced, providing researchers worldwide with reference genomes for conservation and de-extinction work. The vision is a global network of 7-10 distributed biovaults in biodiversity hotspots around the world.</p><p>This is where the business model gets interesting. Governments are funding the preservation of their native fauna as a matter of national strategy. The UAE invested $60 million directly into Colossal alongside the BioVault initiative. Lamm has said he expects to generate revenue through &#34;biodiversity credits&#34; similar to carbon credits, combined with Big Tech partnerships and government contracts that could collectively bring in billions annually.</p><h3>The Skepticism</h3><p>Colossal's claims have attracted real scientific pushback. In May 2025, the company's own chief scientist Beth Shapiro acknowledged that the dire wolf pups are &#34;grey wolves with 20 edits&#34; and that it is impossible to bring back an organism &#34;identical to a species that used to be alive.&#34; This was a major departure from how Colossal had previously described the project. The woolly mice created in March 2025 drew skepticism from experts who argued the experiment was more about mouse genetics than a genuine de-extinction breakthrough.</p><p>The broader criticism: can you really call it &#34;de-extinction&#34; when the output is a hybrid? A mammoth calf born to an Asian elephant surrogate, carrying some mammoth genes, is technically a gene-edited elephant, not a resurrected mammoth. Colossal's response is pragmatic: the animal will look like a mammoth, behave like a mammoth, and restore the ecological interactions that mammoths had in the tundra ecosystem. Whether that satisfies purists is debatable. Whether it advances the underlying science is not.</p><p>San Diego Zoo Wildlife Alliance cautioned that biobanking efforts &#34;will need to address regulatory frameworks, long-term governance, and coordination across political boundaries.&#34; A professor at King's College London said there were insufficient public details to assess the BioVault's technical claims.</p><h3>Why This Matters Beyond the Headlines</h3><p>Colossal is private and not investable through public markets. The reason to pay attention is the platform thesis: the tools built for de-extinction are the same tools needed for the next generation of synthetic biology applications.</p><p>The plastic-eating microbe addresses a multi-hundred-billion-dollar waste problem. The artificial womb research has implications for the $25+ billion fertility treatment market. The multiplex genome editing capability, hundreds of simultaneous edits at 90% accuracy, is relevant to agricultural biotech, gene therapy, and conservation genetics. The BioVault model, governments paying for genetic preservation as a sovereign asset, is a new revenue category that didn't exist five years ago.</p><p>Colossal makes conservation technology available at no cost and has 48 conservation partners globally through its Foundation. The company is also filing patents on transgenic animals, including gene-edited elephants containing woolly mammoth DNA, which raises its own set of questions about who owns a de-extincted species.</p><p>The mammoth gets the attention. The editing efficiency, the artificial wombs, the microbial degradation, and the sovereign biovaults are where the value accumulates. Colossal has built a synthetic biology platform and used the most ambitious possible project, resurrecting an ice age giant, as the proving ground. Whether the mammoth calf arrives in 2028 or 2030, the tools it required to get there are already generating spinoffs, revenue, and government partnerships today.</p><p>If you liked this, you'll love the daily dose we send to our Substack crew. It's chill, it's sharp, and it actually helps. Hop on here.</p></div></div>

标普生物技术 3 倍做多 - Direxion

基因改革 ETF - ARK

生物科技 ETF - VanEck Vectors

<p>Colossal Biosciences 估值 102 亿美元，正在开创灭绝物种复生项目，包括毛象和袋狼，采用先进的基因组编辑技术。该公司成立于 2021 年，已筹集 6.15 亿美元，并雇佣了 260 名科学家。其创新正在催生应对塑料污染、食品安全和人类生育问题的衍生项目。值得注意的是，BioVault 计划旨在储存濒危物种的基因样本，由阿联酋资助。尽管科学界对此持怀疑态度，Colossal 的商业模式预计将通过生物多样性信用和与政府及科技公司的合作获得收入</p>

The $10B Company Behind The Dire Wolf Is Now Bringing Back Mammoths

福布斯

动态生物技术与基因组 ETF - Invesco

纽交所高增长板生物技术指数 ETF - First Trust

Cogent Biosciences

纳斯达克生物科技指数 ETF - iShares Nasdaq

2 倍做多纳斯达克生物技术 ETF - ProShares

MBX Biosciences

标普生物技术 ETF - SPDR

医药突破 ETF - ALPS

Precision Biosciences

这家市值 100 亿美元的公司在幕后推动恐狼项目，现在正致力于复活猛犸象