Sentence examples for leaf compounds from inspiring English sources

Hoballah et al. [11] suggested that the higher volatility of some green leaf compounds may play a critical role in the initial attraction of naive natural enemies to damaged plants.

Firstly, the compounds emitted by vegetative plants were separated in two categories: leaf compounds and floral compounds.

Under this treatment, a number of secondary leaf compounds can be clearly identified: polyphenols, mucilage, carboxylated polysaccharides, and pectic substances.

In total, 64 compounds were isolated in B. rapa plants: 51 leaf compounds and 13 floral compounds.

This plant leaf extract compounds can be extended to the synthesis of other metal and metal oxide nanoparticles.

This study reveals a negative relationship between leaf phenolic compounds and photosynthetic Amax among different plant species.

Similarly, in the greenhouse elicited C. maculosa plants with heterospecific (F. idahoensis) neighbors allocated more resources towards biomass production, and fewer resources towards production of leaf phenolic compounds.

This indicates a functional integration among carbon gain and the concentration of leaf phenolic compounds that reflects the trade-off between growth and defence/protection demands.

Our results indicate a functional integration between carbon gain and the concentration of leaf phenolic compounds that reflects the trade-off between growth and defence/protection demands, depending on the growth strategy adopted by each species.

However, there has been little study on relationships between gas exchange parameters and the concentration of leaf phenolic compounds (total phenolics (TP) and condensed tannins (CT)) across a range of species.

Heat maps for the corresponding matrixes are displayed in Figure 2. Careful analysis of the contacts revealed that clustering of the best leaf active compounds for the group 1 and progesterone receptor datasets is governed by the presence of selective contacts.