The phrase "allowing a decrease in" is correct and usable in written English.
It can be used when discussing the potential for reduction in a specific context, such as costs, emissions, or other measurable factors.
Example: "The new policy is designed with flexibility in mind, allowing a decrease in operational costs over time."
Alternatives: "permitting a reduction in" or "facilitating a drop in".
It is essential to understand it thoroughly in order to identify new biological markers, new therapeutic targets whilst allowing a decrease in morbidity and mortality.
We present typical results for scalability of threaded codes and demonstrate almost linear speedup obtained with the new programs, allowing a decrease in execution times by an order of magnitude on modern multi-core computers.
NAVA provides a respiratory support that is in harmony with the spontaneous efforts of breathing, allowing a decrease in inspiratory pressures and oxygen needs.
Some case series suggest that bilateral DBS of STN may improve GD, allowing a decrease in levodopa dose or DA discontinuation [ 107].
In contrast, water expender plants always maintain a high evaporative demand, allowing a decrease in leaf water content during drought to maintain high photosynthesis and growth rates [ 49].
The sustained increase in NIV use allowed a decrease in empiric antibiotic prescriptions in AECOPD requiring ventilatory support.
Also appropriate arrangement of the main and guarding resistors in transfer devices allows a decrease in errors of the transfer devices.
In addition, the nanoparticle formulation may allow a decrease in the amount of IMC used due to the increase in bioavailability, resulting in reduced drug toxicity.
Flowable composites are produced by retaining the same small particle sizes as for traditional hybrid composites and reducing the filler content, which allows a decrease in the mixture viscosity [4].
Improving component fixation and positioning, providing differing prosthetic sizes and geometries, and maintaining normal humeral neck shaft angle and retroversion have allowed a decrease in prosthetic-related complications, such as mechanical failure, impingement, and instability while allowing consistent improvements in shoulder function.
The microfluidic chip design allowed a decrease in the volume of material required for analysis over conventional gel slabs, thus enabling improvement in the detection limit to a pmol level, a three orders of magnitude improvement over previous studies in which desorption was achieved from an excised section of a conventional gel.
