Durante más de tres siglos, el dodo ha sido el emblema más reconocible de lo que la humanidad puede borrar del mundo. Ahora, la empresa californiana Colossal Biosciences anuncia que ha ensamblado el genoma completo del ave y ha comenzado a desarrollar embriones en laboratorio, utilizando al palomo de las Nicobar —su pariente vivo más cercano— como base genética para reintroducir rasgos extintos mediante edición génica avanzada. Lo que está en juego no es solo el regreso de un pájaro: es la pregunta de si la extinción, ese umbral que creíamos definitivo, puede dejar de serlo.
El Cronista
· Jun 08, 2026
· technology
· 2 min read
Medium
Sourcing: Characterized
Colossal Biosciences reports major progress toward resurrecting the dodo through genetic engineering
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Science & Space
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Bias & Framing
⚖
Article presents de-extinction progress with optimistic framing, emphasizing scientific achievement while acknowledging challenges, but lacks critical perspectives on ecological and ethical implications.
Bias Direction
center-right
Confidence
HIGH
Progress narrative with technological optimism; frames de-extinction as humanity's redemptive capability to reverse past damage, positioning science as solution-oriented without substantial critical examination.
colossal progress
avance científico sin precedentes
milagro en el mundo zoológico
transforma el mundo
barreras insalvables
paradigma
recuperar
Ecological concerns about introducing resurrected species into modern ecosystems
Ethical debates on de-extinction priorities vs. conservation of endangered species
Indigenous perspectives (Mauritian heritage regarding the dodo)
Scientific skepticism or criticism from conservation biologists
Cost-benefit analysis compared to habitat preservation funding
Potential unintended consequences or risks
Alternative conservation approaches
Geopolitical Impact
🌎
US biotech firm advances de-extinction of dodo bird via genetic engineering, raising questions about resource allocation, ecological impacts, and regulatory frameworks in international scientific governance.
Escalation Risk
low
Confidence
MED
United States
Mauritius
International scientific community
Global conservation sector
Consolidates US technological and biotech dominance in cutting-edge genetic engineering. Raises questions about who controls de-extinction technology and its applications. May shift conservation priorities toward wealthy nations' interests rather than addressing current biodiversity crises in developing regions.
Similar to space race dynamics—technological capability becomes geopolitical soft power. Echoes debates over who controls transformative biotechnologies (comparable to nuclear/AI governance questions).
Economic Lens
📈
De-extinction biotech company Colossal Biosciences reports progress toward resurrecting the dodo through genetic engineering, with first embryos potentially developing within years, signaling emerging commercial opportunities in synthetic biology and conservation biotechnology.
Market Signal
mixed
Confidence
MED
Biotechnology and genetic engineering
Pharmaceutical and life sciences R&D
Conservation and environmental services
Venture capital and private equity
Tourism and wildlife management
Consumers may face higher costs for advanced biotech products as R&D investments in de-extinction technologies increase. Long-term benefits could include improved genetic therapies and conservation solutions, though near-term consumer applications remain speculative.
Governments will likely need to establish regulatory frameworks for de-extinction projects, including biosafety protocols, environmental impact assessments, and ethical guidelines. International coordination may be required for species reintroduction and ecosystem management. Patent and intellectual property policies will need updating for synthetic organisms.