Exponential regression between indices of non-invasive devices and leaf secondary metabolite concentrations in bell pepper leaves, determined via HPLC. Color of points represents leaf age, with darkest colors for youngest leaves. Lines indicate exponential regressions (n = 60). RSS = residual sum of squares.

Contexts in source publication

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... same applies to plant fresh weights, for both cultivars respectively (Fig. 2, C+D). Non-invasive monitoring of secondary metabolites Figure 3 shows exponential regressions between three indices (Multiplex indices FLAV and NBI_R; Fig. 3 A -D and Dualex index Flav; Fig. 3 E + F) and leaf contents of the SMs cynaroside ( Fig. 3 A, C, E) and graveobioside A (Fig. 3 B, D, F Spatial and temporal development of secondary metabolite contents respectively (Fig. 4, C). A clear trend was observed for the fourth leaves of combined stressed Stayer plants at days 0 vs. 15 (TukeyHSD, p = 0.053) (Fig. 4, D). ...

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... was higher in control and UV-stress plants than in plants exposed to salt and combined stress (Fig. 2, B). The same applies to plant fresh weights, for both cultivars respectively (Fig. 2, C+D). Non-invasive monitoring of secondary metabolites Figure 3 shows exponential regressions between three indices (Multiplex indices FLAV and NBI_R; Fig. 3 A -D and Dualex index Flav; Fig. 3 E + F) and leaf contents of the SMs cynaroside ( Fig. 3 A, C, E) and graveobioside A (Fig. 3 B, D, F Spatial and temporal development of secondary metabolite contents respectively (Fig. 4, C). A clear trend was observed for the fourth leaves of combined stressed Stayer plants at days 0 vs. 15 ...

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... UV-stress plants than in plants exposed to salt and combined stress (Fig. 2, B). The same applies to plant fresh weights, for both cultivars respectively (Fig. 2, C+D). Non-invasive monitoring of secondary metabolites Figure 3 shows exponential regressions between three indices (Multiplex indices FLAV and NBI_R; Fig. 3 A -D and Dualex index Flav; Fig. 3 E + F) and leaf contents of the SMs cynaroside ( Fig. 3 A, C, E) and graveobioside A (Fig. 3 B, D, F Spatial and temporal development of secondary metabolite contents respectively (Fig. 4, C). A clear trend was observed for the fourth leaves of combined stressed Stayer plants at days 0 vs. 15 (TukeyHSD, p = 0.053) (Fig. 4, D). ...

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... stress (Fig. 2, B). The same applies to plant fresh weights, for both cultivars respectively (Fig. 2, C+D). Non-invasive monitoring of secondary metabolites Figure 3 shows exponential regressions between three indices (Multiplex indices FLAV and NBI_R; Fig. 3 A -D and Dualex index Flav; Fig. 3 E + F) and leaf contents of the SMs cynaroside ( Fig. 3 A, C, E) and graveobioside A (Fig. 3 B, D, F Spatial and temporal development of secondary metabolite contents respectively (Fig. 4, C). A clear trend was observed for the fourth leaves of combined stressed Stayer plants at days 0 vs. 15 (TukeyHSD, p = 0.053) (Fig. 4, D). Generally, FLAV values for stressed plants tend to increase, while ...

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... same applies to plant fresh weights, for both cultivars respectively (Fig. 2, C+D). Non-invasive monitoring of secondary metabolites Figure 3 shows exponential regressions between three indices (Multiplex indices FLAV and NBI_R; Fig. 3 A -D and Dualex index Flav; Fig. 3 E + F) and leaf contents of the SMs cynaroside ( Fig. 3 A, C, E) and graveobioside A (Fig. 3 B, D, F Spatial and temporal development of secondary metabolite contents respectively (Fig. 4, C). A clear trend was observed for the fourth leaves of combined stressed Stayer plants at days 0 vs. 15 (TukeyHSD, p = 0.053) (Fig. 4, D). ...