The phrase "availability function can be" is correct and usable in written English.
It can be used in contexts discussing the characteristics or properties of an availability function in fields such as mathematics, engineering, or computer science.
Example: "The availability function can be adjusted to reflect the system's performance under different conditions."
Alternatives: "availability function may be" or "availability function is capable of".
However, the characteristics availability functions can be applied to any resident whose utilization differs from person to person.
Mitochondrial function can be regulated by HIFs12, 13, 21, 22. OXPHOS is regulated by several mechanisms, including substrate availability.
Various assumptions can be made to simplify either the objective function or the physical system so that gradient-based methods apply, however the incorporation of realistic objection functions can be accomplished given the availability of derivative-free optimization methods.
Fainting is the result of compromised cerebral function secondary to decreased oxygen or glucose availability, which can be caused by various mechanisms, of which collapsed immobility is just one.
The reliability (see (21)) and availability (see (22)) can be obtained in function of the formulas without rejuvenations, by partitioning the MT into windows of size Δ.
Because mate availability can be both a function of social group size (the total number of interacting individuals) and density (the number of individuals per area) we applied an experimental approach that, in theory, is capable of differentiating between both effects.
Depending on availability, rooms can be booked up to 2am that night.
Soil functions that control plant resource availability can be altered by management activities such as increased organic matter (OM) removal and soil compaction during forest harvesting.
Furthermore, the relative change in nutrient availability can be expressed as a function of the relative changes in food prices and per capita income as the following: d φ k ∕ φ k = Σ j ( Σ i e ij a ki q i ∕ φ k ) ( d p j ∕ p j ) + ( Σ i η i a ki q i ∕ φ k ) ( d m ∕ m ) = Σ j π kj ( d p j ∕ p j ) + ρ k ( d m ∕ m ), (6).
