Study of the volatile metabolites of three liverworts from Corsica
Impact of stressors
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Despite their chemical diversity and medicinal potential, bryophytes are little studied. However, their secondary metabolites have been shown to be of interest due to their biological properties such as antibacterial, antifungal, cytotoxic or insecticidal.In the present work, we evaluated the impact of stress factors on the chemical composition of the volatile fractions emitted by three species F. tamarisci, S. undulata and C. conicum, two leaf liverworts and one thallus liverwort present in Corsica. The first step of the work involved the molecular characterization of the three volatile fract...
Despite their chemical diversity and medicinal potential, bryophytes are little studied. However, their secondary metabolites have been shown to be of interest due to their biological properties such as antibacterial, antifungal, cytotoxic or insecticidal.In the present work, we evaluated the impact of stress factors on the chemical composition of the volatile fractions emitted by three species F. tamarisci, S. undulata and C. conicum, two leaf liverworts and one thallus liverwort present in Corsica. The first step of the work involved the molecular characterization of the three volatile fractions. For the species S. undulata, the identification of the main constituents of the volatile fraction required the development of an analytical sequence integrating liquid chromatography of the essential oil and the use of NMR. Our results suggest that thermal stress is at the origin of a metabolic reorientation of plant species favouring the production of antibacterial and antioxidant compounds in order to fight against bacterial proliferation and plant oxidation.
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