The phrase "a function of cleavage" is correct and usable in written English.
It can be used in contexts discussing biological, anatomical, or metaphorical aspects related to cleavage, such as in discussions about cell division or social dynamics.
Example: "In the context of social interactions, attraction can often be seen as a function of cleavage, influencing perceptions and behaviors."
Alternatives: "a result of cleavage" or "an effect of cleavage".
Activation of caspases 3, 8, and 9 was determined as a function of procaspase cleavage.
The biochemical network that we established, was translated into a system of ordinary differential equations (ODEs), describing temporal changes of molecular numbers for the network components as a function of interaction and cleavage processes.
Based on the biochemical network, we established ODEs that describe temporal changes of molecular numbers for the network components as a function of interaction and cleavage processes, such that the changes with large numbers of molecules can be assumed to be smooth.
Cathepsin K is a member of the papain family of cysteine peptidases with a primary physiological function of cleavage of type I and type II collagen [ 58].
Plotting the ratio of the trapped intermediate versus cleavage as a function of thiol concentration (eq 1) yielded a straight line (GSH; BME).
These calculations allow us to support the experimental observation that the color change in PCL as a function of external load is controlled by cleavage of the weak C−O spiro bond at the molecular level.
(a) The measured cleavage energy as a function of temperature.
(b) The measured cleavage energy as a function of twist angle φ at T=20 °C.
By measuring the angle required to rotate GF2 into such a no-retraction condition, we determine the initial rotation of GF2 relative to GF1, that is, φ. Figure 3b shows the cleavage energy as a function of twist angle φ (the inset shows a typical observation of a flake rotated into the no-retraction condition).
A mathematical modeling showed that the calculated cleavage energy is a function of the misorientation angle for these GBs; incommensurate GBs with special misorientation angles have comparatively high cohesive energies.
