The phrase "allowing ease of" is correct and usable in written English.
It can be used when describing a situation or process that facilitates simplicity or convenience in a particular context.
Example: "The new software update is designed with user-friendly features, allowing ease of navigation for all users."
Alternatives: "facilitating ease of" or "enabling ease of".
Optical transmissibility is used as a surrogate for concentration allowing ease of transduction.
The medicines are ordered by rural availability, allowing ease of comparison with urban availabilities.
The advent of microfluidics has seen the development of platforms for rapid fluid exchange allowing ease of changes in the cellular microenvironment and precise cell handling.
Since the introduction of the e-dashboard system we have been able to host all our information in one location, with regular updates, allowing ease of access for all staff.
For bioimaging, some of the advantages are virtually zero autofluorescence background to improve signal-to-noise ratio, large anti-Stokes shifts allowing us to easily separate the PL from the excitation wavelength, narrow emission bandwidths allowing ease of multiplexed imaging, and high resistance to photobleaching making it suitable for long-term repetitive imaging.
However, selection may also certainly play a role in these regions as well, as it is widely accepted that reduced DNA flexibility in gene promoter regions is functional, allowing ease of access for transcription factors, through a reduction of DNA deformability to the nucleosome core (Jiang and Pugh 2009).
The newly proposed method allows ease of defining degrees of observability so that uncertainties in FDESs or FDEDSs can be dealt with effectively.
The results show that the proposed approach greatly saves the production time of charcoal yields and allows ease of temperature control.
Not only does this allow ease of coding, but it also reduces the necessary number of testcases, since each addressing mode and each instruction need only to be tested once.
The St. Leger total knee replacement was developed with the aim of producing an affordable prosthesis which contained the best known features of current designs and also allowed ease of instrumentation.
Key features include a fluoride-based design for the neutron filtering and moderating components as well as a novel collimator design that allows ease of assembly and disassembly of the beamline components.
