Evaluation of the toxicity profiles of three families of solvents from biomass: levulinate, lactate and furfural derivatives

Nowadays, the scientific community is looking for and developing new solvents, called green solvents, which, due to their physicochemical properties and their origin, can replace traditional solvents. Among the different types of these solvents are those derived from biomass, which seem to have properties suitable for Green Chemistry. In this study, a total of eleven solvents derived from biomass, divided into three families structurally related: levulinate, lactate and furfural, have been selected. For these solvents, the physicochemical and ecotoxicological properties have been previously studied; however, their toxicological profile is still poorly known. In this study, cytotoxicity is analyzed by exploring a wide range of biochemical pathways and changes in cell morphology, including different cell lines and an ex vivo model. Throughout the tests performed, it has been observed that most of the solvents in the furfural family have a higher toxicity profile than the rest of the solvents evaluated. In addition, many solvents, although not highly toxic, showed cellular morphological damage and stress responses that should be considered.

Automated summary

Nowadays, the scientific community is seeking and developing green solvents, derived from biomass, that can replace traditional solvents. A study was conducted to analyze the cytotoxicity of eleven biomass-derived solvents in terms of biochemical pathways and cell morphology. Results showed that most solvents in the furfural family exhibited higher toxicity, while other solvents also caused cellular damage and stress responses.