Microbial oil from agricultural waste
Sanbiotec isolated a yeast strain with high lipid production capacity, notable for its elevated oleic content. This strain enables the conversion of agricultural by-products into high-value oils, offering a sustainable alternative to traditional vegetable oils. This biotechnological advancement not only promotes the production of renewable ingredients but also supports the circular economy through the valorization […]
Cacao “à la carte”
Cocoa fermentation is, at its core, a microbial process. In this project, Sanbiotec isolated and characterized microbial strains present in spontaneous fermentations with the goal of optimizing the process. The selection of these strains allowed for improved aroma and flavor profiles of the beans, enhancing their sensory quality and adding value to the final product. […]
Vibrant Colors, Zero Impact
Sanbiotec identified microbial strains capable of producing natural pigments, such as carotenoids and melanin, with potential for industrial application. The project included the optimization of cultivation conditions to stimulate the synthesis of these compounds, as well as the scaling-up of the bioprocess under controlled conditions. This solution was specifically developed for the textile industry as […]
Glutamate on a Larger Scale
Sanbiotec carried out a project focused on increasing glutamate productivity through the selection and improvement of yeast strains, as well as the optimization of fermentation processes. Thanks to this combined approach, a more efficient and cost-effective production of this essential amino acid for the food industry was achieved. The project represented a significant step forward […]
Soil Health and Biocontrol in Cultivated Fields
Sanbiotec conducted a microbiome analysis in soils used for extensive farming, aiming to understand their biological balance, detect potential pathogens, and define improvement strategies. This study, focused on wheat-cultivated soils, provided key insights for the development of solutions based on microorganisms and bio-based fertilizers. The result was a more sustainable and effective approach to improving […]
Probiotics for Healthier Animals
Sanbiotec conducted a detailed study of various probiotic strains against common pathogens in pig farming, evaluating their ability to release antimicrobial peptides. As a result, three strains were selected with potential for use in animal feed. These solutions aim to improve gut health, strengthen the immune system, and contribute to reducing antibiotic use in intensive […]
Next-generation biological algaecide
Sanbiotec selected and validated microbial strains capable of inhibiting the growth of harmful algae in the fountains of the Alhambra complex in Granada. This project, developed in collaboration with the University of Granada —which conducted the algae tests— aimed to offer a biological alternative to traditional chemical products that can be aggressive to stone and […]
Biocontrol against Fusarium graminearum
Fusarium graminearum is a widespread phytopathogen feared by farmers due to its impact on large-scale crops. Sanbiotec conducted a study on the antifungal activity of various natural products provided by the client. After identifying the most promising compound, minimum inhibitory concentration (MIC) tests were performed to optimize its use as a biocontrol agent. Thanks to […]
Applied microbiology for plant resilience
In collaboration with the CSIC, Sanbiotec studied the molecular bases involved in sugar production and tolerance to abiotic stress in plants, with a focus on redox regulation. This knowledge enabled progress in the development of more effective treatments capable of modulating plant physiology in a precise and sustainable way. The study compared the effectiveness of […]
Blue Revolution: microorganisms that color the future
Using genetic engineering techniques, Sanbiotec developed a microbial strain capable of producing indigo in a stable and large-scale way. This breakthrough offers the textile industry a clean and renewable alternative to traditional chemical methods, which are responsible for a high pollutant load. Thanks to our expertise in synthetic biology and genetic engineering, we provide sustainable […]