The phrase "allows for the engineering" is correct and usable in written English.
It can be used when discussing the provision or facilitation of engineering processes or solutions in a particular context.
Example: "The new software architecture allows for the engineering of more efficient algorithms."
Alternatives: "facilitates the engineering" or "enables the engineering".
Hence, the development of understanding in this area will allow for the engineering of novel biomaterial and tissue engineering scaffolds.
Understanding how tissues regulate inflammation will provide the information necessary to allow for the engineering, or selective targeting, of endogenous inflammatory pathways.
The identification of the CYP71AV1 gene should allow for the engineering of semi-synthetic production of artemisinin in appropriate plant or microbial hosts.
Our nanofibrous membranes may imitate the natural BM to such extent that they allow for the engineering of an in vivo-like human RPE monolayer that maintains the natural biofunctional characteristics.
The solid, well-defined nature of MOFs allow for the engineering of materials capable of performing multiple functions through multiple independent processes or cooperative and synergetic interactions or pathways.
The biggest challenge moving forward for Atala and his colleagues is determining how to increase the blood supply that will allow for the engineering of solid organs.
Nanofluids are created by suspending nanometer size particles in a base fluid [1] and allow for the engineering of fluid properties by changing the type, size, and amount of particles.
This allows for the fabrication of 3D tissues with clear layer structures which can have precisely controlled structures, allowing for the engineering of complex and physiological tissues.
Despite significant efforts on studying physiologically relevant tissue structures and functions, however, only recently have technological advancements allowed for the engineering of more complex tissue structures.
The current fundamental understanding of the Group V metal oxides allows for the molecular engineering of their metal oxide applied catalytic materials.
