The phrase "an edge that allowed" is correct and usable in written English.
It can be used when discussing a competitive advantage or a specific feature that enables a certain outcome or action.
Example: "The new software provided an edge that allowed the team to complete projects more efficiently."
Alternatives: "an advantage that enabled" or "a benefit that permitted".
It's more of a joke with an edge that allows people to pass negative comment," says Dr. Philip Hiscock, a folklorist from the Memorial University of Newfoundland.
For the Cotton Bowl, intrinsic value comes simply from being a liaison, a competitive edge that allows it to build relationships beyond its bowl conference tie-in with the Southeastern Conference and the Big 12.
Cell migration requires the rearrangement of adhesions and cytoskeleton in response to extracellular stimuli to form a leading edge that allows directed locomotion.
Companies with good profit margins generally have a competitive edge that allows them to generate the most profit from their resources.
No one can be certain that Thomson had not been given an edge that would have allowed him to win a pennant with one swing.
Scientists could contribute by verifying existing evidence for network edges using a system that allowed users to vote on evidence to indicate agreement or disagreement with its appropriateness within the network structure and boundary conditions.
Additionally, a heat map graphically represents a leading edge analysis that allows the detection of gene sets with a high overlap of core genes that mainly affect the ES (Fig. 2, step 5).
As Apple crafts "edge-to-edge" devices that allow us to peer deeper into their digital services, the question, perhaps, isn't how much bigger those physical screens will become but how long it will be until AR displays are trimming down the bezels of our unadulterated view.
Furthermore, in this article we define detailed node and edge annotations that allow for an analysis of each pathway with respect to its core genetic dependencies and can scale up to include an analysis of interacting reactions, compounds and KEGG sub-networks.
In this paper, we describe an edge-subdivision strategy that allows for fast time-domain edge-diffraction calculations with relatively low error when compared with results from a more numerically accurate solution.
