The phrase "an advantage of generating" is correct and usable in written English.
It can be used when discussing the benefits or positive outcomes associated with the act of generating something, such as ideas, data, or products.
Example: "One advantage of generating new ideas is that it fosters creativity within the team."
Alternatives: "a benefit of producing" or "an upside to creating".
However, they have an advantage of generating a positive linear operator for all q>0, whereas the q-Bernstein polynomials lose its positivity for q ∈ ( 1, ∞ ) Open image in new window.
An advantage of generating these repair intermediates using preformed mispairs on a defined DNA as done here, is that they could be isolated from cells by selection for either the nucleic acid or a presumed protein component (e.g., Dèjardin and Kingston, 2009; Wu et al., 2011), or by the sequential application of each.
An advantage of generating several solutions is the possibility of examining the magnitude of change required, in terms of the (re- allocation of re- allocationlinics.
It has a major advantage of generating power near load centers, thus eliminating transmission losses especially in rural areas.
On the other hand, bottom blowing has the advantage of generating a large contact surface among all reactants, thus improving metallurgical reactions and process control.
Many proliferating cells, including some cancer cells, utilize aerobic glycolysis, which while an inefficient way to generate ATP compared to oxidative phosphorylation, has been suggested to have the advantage of generating a number of biosynthetic intermediates which can be used to incorporate nutrients into the cell biomass, a phenomenon known as the Warburg effect[22].
AGH with a SNP array provides the additional advantage of generating genotypes that can be used to verify family relationships and find uniparental disomy as well as a second method (in addition to hybridization intensity) for identifying genomic imbalance [ 10, 42- 44].
PacBio has the advantage of generating long reads but at a throughput lower than that of the second-generation sequencers.
In this paper, we take an advantage of recently generated monoclonal antibodies [ 22] to provide the first comprehensive analysis of the role of radial glial cells in CNS regeneration in echinoderms.
The advantage of generating these reagents through a deprotonation route rather than by reduction of halogen-substituted compounds as in the classical approach is that the substrates may contain electrophilic groups, such as halogen, carbonyl or cyano.
