The phrase "are likely to optimize" is correct and usable in written English.
It can be used when discussing the probability or expectation that something will improve efficiency or effectiveness.
Example: "The new software updates are likely to optimize our workflow and increase productivity."
Alternatives: "are expected to enhance" or "are probable to improve".
Future bioengineered patches are likely to optimize patch performance, both by achieving minimal stroke risk and long-term rates of restenosis as well as by minimizing the risk of unusual complications of prosthetic patches such as infection and pseudoaneurysm formation.
However, as highly mobile and migratory pelagic predators, Atlantic bluefin tuna are likely to optimize their movements to improve their foraging efficiency across regional and ocean basin scales to adapt to the spatiotemporal variability in prey abundance.
Ways to improve shared decision making among practitioners, parents and youth, and to monitor effectiveness, safety and new onset of concurrent difficulties are likely to optimize outcomes.
Encouraging exercise is especially important for a post-hip fracture population, given that this is likely to optimize recovery.
Sporozoites appear to engage in two types of motility: 'avascular motility' which is likely to optimize dispersal, and 'perivascular motility' defined by more confined trajectories with increased curvature.
Enabling clinicians to access timely, comprehensible information on evidence-based practice is likely to optimize its use, its influence on clinical decision-making and, as such, patient care [ 80- 82].
We believe, however, that the utilization of strict eligibility criteria, a strong multidisciplinary approach, and experienced support staff is likely to optimize the outcomes of these patients at similar treatment centers.
In healthy individuals, intrinsic dopamine levels are likely to be optimized.
Matricellular proteins, such as clusterin and tenascin, are likely to be important to optimize differentiation of MSCs for maximum GAG production and reduced collagen fiber expression.
This is probably due to selection for gene dosages, as recently imported genes are likely to have poorly optimized functions [ 17].
Future insights into the distribution of load-bearing components in human conduits are likely to provide indications important to optimize the surgical positioning of valvular grafts.
