Frontiers Beyond Cannabinoids Application Of Nmr Based Metabolomics
Frontiers Beyond Cannabinoids Application Of Nmr Based Metabolomics Keywords: cannabinoids, cannabis sativa, nmr based metabolomics, powdery mildew, chemovar. citation: fernández s, castro r, lópez radcenco a, rodriguez p, carrera i, garcía carnelli c and moyna g (2023) beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health. front. While <i>cannabis sativa< i> l. varieties have been traditionally characterized by their major cannabinoid profile, it is now well established that other plant metabolites can also have physiological effects, including minor cannabinoids, terpenes, and flavonoids. given the multiple applications of ….
Frontiers Beyond Cannabinoids Application Of Nmr Based Metabolomics Frontiers in plant science received 23 august 2022 accepted 27 february 2023 published 22 march 2023 citation ferna ´ndez s, castro r, lopez radcenco a, rodriguez p, carrera i, garc´ıa carnelli c and moyna g (2023) beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health. front. plant. From hplc and nmr based untargeted metabolomic analyses of organic and aqueous plant material extracts, we show that in addition to expected variations according to cannabinoid pro fi les, it is. Author=fernández santiago , castro rossina , lópez radcenco andrés , rodriguez paula , carrera inés , garcía carnelli carlos , moyna guillermo title=beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health journal=frontiers in plant science volume=14 year=2023 url= www. It is shown that in addition to expected variations according to cannabinoid profiles, it is possible to distinguish between harvests of the same variety, and it was possible to correlate variations in the metabolome with presence of powdery mildew, leading to the identification of molecular markers associated with this fungal infection in c. sativa. while cannabis sativa l. varieties have.
Frontiers Beyond Cannabinoids Application Of Nmr Based Metabolomics Author=fernández santiago , castro rossina , lópez radcenco andrés , rodriguez paula , carrera inés , garcía carnelli carlos , moyna guillermo title=beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health journal=frontiers in plant science volume=14 year=2023 url= www. It is shown that in addition to expected variations according to cannabinoid profiles, it is possible to distinguish between harvests of the same variety, and it was possible to correlate variations in the metabolome with presence of powdery mildew, leading to the identification of molecular markers associated with this fungal infection in c. sativa. while cannabis sativa l. varieties have. "beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health". frontiers in plant science. [en línea] 2023, 14: 10 h., doi: 10.3389 fpls.2023.1025932. Datasheet 1 beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health.docx while cannabis sativa l. varieties have been traditionally characterized by their major cannabinoid profile, it is now well established that other plant metabolites can also have physiological effects, including minor.
Frontiers Beyond Cannabinoids Application Of Nmr Based Metabolomics "beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health". frontiers in plant science. [en línea] 2023, 14: 10 h., doi: 10.3389 fpls.2023.1025932. Datasheet 1 beyond cannabinoids: application of nmr based metabolomics for the assessment of cannabis sativa l. crop health.docx while cannabis sativa l. varieties have been traditionally characterized by their major cannabinoid profile, it is now well established that other plant metabolites can also have physiological effects, including minor.
Frontiers Beyond Cannabinoids Application Of Nmr Based Metabolomics
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