The phrase "allow replacement" is correct and usable in written English.
It can be used in contexts where permission is granted to substitute one item for another, such as in technical or procedural instructions.
Example: "In this software update, we will allow replacement of outdated files with the new versions."
Alternatives: "permit substitution" or "enable replacement".
It might also allow replacement tissues to be made that are genetically matched to a patient, so they would not be rejected when implanted.
Professor Nigel Brown, of the University of Edinburgh, said: "It is strange that an organisation [Greenpeace] interested in saving the environment would be against scientific advances that will allow replacement of petrochemicals and the clean-up of industrial contamination".
We hypothesize that tissue-engineered myocardial constructs with stem cells may fulfill the requirements of native heart muscle and, in the long run, may allow replacement of the injured heart and repair of congenital cardiac defects possible.
This design is presented and assessed with regard to the optical properties, the sensitivity to first mirror degradation, the possibility to include a tube to allow replacement of the first mirror (as a possible mitigation of the first mirror degradation) and the manufacturability.
The fields of stem and progenitor cell biology combined with novel tissue engineering methods may soon allow replacement of lost or deficient urologic tissues with anatomically and functionally equivalent ones that are derived from a small sample of the patient's own tissue.
The capacity crowd celebrated what they hoped might be the pivotal play, only for Farrell to miss a difficult conversion and Joe Launchbury then wander offside to allow replacement fly-half Frederic Michalak to cut the lead to just four points.
The Olivier Awards allow replacements to be given a nod.
The modular design of the template plasmids allows replacement of genetic parts to construct new templates.
Our approach allows replacement of massive actuation solutions by self-contained composite material, thus making its detailed characterization extremely important.
Recent advances in engineered abrasives have allowed replacement of the random arrangement of minerals on conventional belts with precisely shaped structures uniformly cast directly onto a backing material.
The technique displays a plug-in feature that allows replacement of a group of cells in any region of interest for another one with arbitrary refinement, and with only local changes occurring in the data structure.
