Development of solutions to mitigate climate change, pollution and the impact of humans on the marine environment, making a significant contribution to preserving the function of the ocean and safeguarding it for future generations. Our research includes the development of new mortars based on marine materials, the adaptation of halophytes for the absorption of contaminants and new technologies for the detection of cetaceans.
Design and development of minimally invasive detection systems that track biochemical markers to enable preventive health care applications.
Search for antimicrobial properties using microalgae extracts from the Canary Islands, with applications in both the cosmetic and health industries.
Search for new groups of extremophile bacteria from unexplored habitats to serve as sources of new therapeutic agents.
Development of a bacterial consortium to improve the quality of deteriorated soils and soils at risk of production due to climate change and anthropogenic activities. We have previously taxonomically identified our unique collection of strains from extreme environments.
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