taxonID	type	description	language	source
039F8798BE29FFBCFCEDFCB8FE6AFF0C.taxon	biology_ecology	The metabolite analysis revealed 3952 molecular features from the crown samples. Based on the overall metabolite profiles of the samples, also illustrated by principal component analysis (Fig. 1), Fragaria species is the predominant factor influencing the metabolite profiles. In F. × ananassa (cv. Senga Sengana), inoculation with the P. cactorum isolate Pc 407 (Pc 407 - Fa) caused a clear separation in PC 2 (squares), whereas the Pc 440 - inoculated samples (Pc 440 - Fa) clustered near to the controls (C-Fa). In F. vesca (accession Hawaii 4, clone H 4.4), both P. cactorum isolates influenced the metabolite profiles (balls), although the differences were less pronounced than in the Pc 407 - Fa interaction. The biological replicates of C-Fv, Pc 440 - Fv, and Pc 407 - Fa, were tightly clustered within each of these groups, whereas clustering of Pc 440 - Fa, C-Fa, and Pc 407 - Fv samples was more loose in the PCA plot (Fig. 1). This could be attributed to the size variation of the crown samples. The diameters of the crowns were not recorded, but biomass differences between the biological replicates were considerable, particularly among the Pc 440 - Fa and C-Fa samples (Table S 1).	en	Toljamo, Anna, Koistinen, Ville, Hanhineva, Kati, K, Sirpa, arenlampi, Kokko, Harri (2021): Terpenoid and lipid profiles vary in different Phytophthora cactorum - strawberry interactions. Phytochemistry (112820) 189: 1-8, DOI: 10.1016/j.phytochem.2021.112820, URL: http://dx.doi.org/10.1016/j.phytochem.2021.112820
