CO2

Cultivo de microalgas en fotobiorreactores como método biológico para capturar CO2 y reducir la huella de carbono.

Minimizing the carbon footprint through microalgae as biological CO2 capturers

Techbio Trends 16 junio, 2025 0

The fight against climate change requires innovative solutions that are both sustainable and effective. Within this context, microalgae have emerged...

Minimizing the carbon footprint through microalgae as biological CO2 capturers

Minimizing the carbon footprint through microalgae as biological CO2 capturers

Biotechnology in veterinary medicine: the rise of Cordoban veterinarians in the polo world

Use of molecular scissors to improve CAR-T cell therapy

The relevance of biotechnologists worldwide

Research by Chubut Fellow Reveals the Biotechnological Potential of Patagonian Fungi

Minimizing the carbon footprint through microalgae as biological CO2 capturers

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Minimizing the carbon footprint through microalgae as biological CO2 capturers

Biotechnology in veterinary medicine: the rise of Cordoban veterinarians in the polo world

Use of molecular scissors to improve CAR-T cell therapy

The relevance of biotechnologists worldwide

Research by Chubut Fellow Reveals the Biotechnological Potential of Patagonian Fungi

Minimizing the carbon footprint through microalgae as biological CO2 capturers

Biotechnology in veterinary medicine: the rise of Cordoban veterinarians in the polo world

Use of molecular scissors to improve CAR-T cell therapy

The relevance of biotechnologists worldwide

Research by Chubut Fellow Reveals the Biotechnological Potential of Patagonian Fungi

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