Sentence examples for relevant for plants from inspiring English sources

Contrary to the GeneTrail-predefined categories the genes of MapMan categories had been grouped according to physiological aspects and pathways relevant for plants.

The latter differs from the original one on the 35 retained features (Additional file 2: Table S3) that are relevant for plants and has been trained on all experimental (cloned or sequenced) miRNAs from miRBase subdivided in three datasets (all species, all plants and only monocots).

By creating tunnels, the foraging activity of termites increased the water infiltration rate by a factor of 2 to 4. Sheetings built on compost and hay showed significant increase in most parameters relevant for plant growth, especially during the dry season.

The amount of resources that a plant allocates to reproduction has been found to have significant consequences for growth and this in turn affects a host of additional variables relevant for plant performance in the field, including their interactions with herbivores.

Among these are several protein domains known to be relevant for plant biomass degradation.

This analysis identified further gene families known to be relevant for plant biomass degradation.

Results from this study would be highly relevant for plant breeders and seed system specialists.

These processes are particularly relevant for plant evolution, as most plant diversity seems to have arisen following the duplication and adaptive specialization of preexisting genes (Lockton and Gaut 2005; Moore and Purugganan 2005; Flagel and Wendel 2009).

CaMV P35S is among the most widely used genetic elements in genetic modifications of plants [ 25- 27], and its presence was thus used as a proxy to identify cloning vectors and other constructs likely to be relevant for plant transformations.

This switch is also relevant for plant-virus interactions since it coincides with the time point when virus replication is transiently arrested, as reported by Lunello et al [ 54].

If the biomass allocation rule reported by Enquist and Niklas (2002) applies for intraspecific comparisons within, for example breeding populations, drought-induced differences in biomass allocation cannot be interpreted by means of functional optimization independent of plant size, and are thus less relevant for plant breeding.