The phrase "allow for the modulation" is correct and usable in written English.
It can be used in contexts where you are discussing the need to accommodate or make provisions for changes or adjustments in a system or process.
Example: "The design of the software must allow for the modulation of user preferences to enhance the overall experience."
Alternatives: "make room for the modulation" or "permit the modulation".
Combinatory polymer systems effectively allow for the modulation of scaffold strength, flexibility, biodegradation, and drug release kinetics, which are important parameters for wound dressing applications.
Such knowledge would allow for the modulation of BSX activity to make it more suitable for application in diverse fields such as the paper pulp, animal feed, bakery and biofuel production industries.
In principle, switchable sensors allow for the modulation of a sensor signal which facilitates the background correction in optical detection.
Engineering of surfaces capable of electrochemical communication with cells may also allow for the modulation and control of cellular chemistry, and may find application in development of novel electroceutics.
Thus, the spatio- and temporally-controlled regulation of TH action via deiodinases would allow for the modulation of the complex pattern of specific TH-sensitive gene expression in diverse developmental and disease states.
The presence of a tunable electron-withdrawing group on the guanidine moiety allows for the modulation of the catalysts' activity.
The model incorporates only three conformational states (resting, open, and desensitized) but allows for the modulation of the conformational free energy landscape connecting these states resulting from adsorption of agonist and/or anesthetic to the bilayer in which the protein is embedded.
This proposition also explains the effects of pH on the considered dose-response curves by allowing for the modulation of the cooperatively effected dissociation constants.
Noninvasive brain stimulation (NIBS) techniques such as repetitive transcranial magnetic stimulation (rTMS) and transcranial direct current stimulation (tDCS) allow for the temporary modulation of neural activity within the human brain.
We propose an extended version of adaptive fuzzy behavior hierarchies, termed Multiple Composite Levels (MCL), that allows for the proper modulation of composite behaviors over multiple levels of a behavior hierarchy, and demonstrate its effectiveness for a hybrid learning/reactive control system.
Such modulation of O-GlcNAc levels would allow for the study of O-GlcNAc-dependent signal transduction processes.
