Global ETD Search

Untargeted metabolic fingerprinting of a loss-of-function and an overexpression mutant reveals involvement in flavonol and pyranoanthocyanidin glycosylation of BGLU1, BGLU3 and BGLU4 in Arabidopsis thaliana

Frommann, Jana-FrejaUniversität Bielefeld

bielefeld Repository record for Untargeted metabolic fingerprinting of a loss-of-function and an overexpression mutant reveals involvement in flavonol and pyranoanthocyanidin glycosylation of BGLU1, BGLU3 and BGLU4 in Arabidopsis thaliana (opens in a new tab)

Lactobacillus casei által termelt xenobiotikumok azonosítása és a kajszi önmeddőségének vizsgálata metabolomikai ujjnyomatkészítés segítségével = Identification of xenobiotics produced by Lactobacillus casei and metabolic fingerprinting of self-incompatibility of apricot

Lénárt, JózsefBudapesti Corvinus Egyetem2015

corvinus Repository record for Lactobacillus casei által termelt xenobiotikumok azonosítása és a kajszi önmeddőségének vizsgálata metabolomikai ujjnyomatkészítés segítségével = Identification of xenobiotics produced by Lactobacillus casei and metabolic fingerprinting of self-incompatibility of apricot (opens in a new tab)

Determination of a robust metabolic barcoding model for chemotaxonomy in Aizoaceae species : expanding morphological and genetic understanding

Hilgart, AmeliaDepartment of Chemistry2016

The use of metabolic fingerprints as taxonomic markers is becoming more common. Many studies have found that by comparing the vast metabolic fingerprints of closely related species to each other, secondary metabolites tend to be unique to the samples of individual species and are identified in …

cape-town Repository record for Determination of a robust metabolic barcoding model for chemotaxonomy in Aizoaceae species : expanding morphological and genetic understanding (opens in a new tab)

Dissecting the genetic, physiological and metabolic mechanisms of grapevine resilience to heat stress

Pettenuzzo, SilviaUniversità degli studi di Trento2024

… wine quality. Thus, studying the physiological, metabolic and genetic factors that are involved in grapevine response to high temperatures is essential to improve the knowledge of mechanisms underlying thermotolerance, aiming to support plant breeding innovation and the development of new …

trento Repository record for Dissecting the genetic, physiological and metabolic mechanisms of grapevine resilience to heat stress (opens in a new tab)

Phenotypic and biochemical characterisation of the causal agent of bacterial leaf streak of maize

Nienaber, Jesse JayNorth-West University2015

… some of the isolates, with some isolates being metabolically more active than other isolates. Substrate utilisation patterns produced by the isolates corresponded to previously published studies on various Xanthomonas species. The cell count of the samples used during carbon utilisation patterns …

nwu-za Repository record for Phenotypic and biochemical characterisation of the causal agent of bacterial leaf streak of maize (opens in a new tab)