The phrase "avoiding the disadvantages" is correct and usable in written English.
It can be used when discussing strategies or methods to mitigate negative aspects or drawbacks of a situation.
Example: "In order to improve our project outcomes, we need to focus on avoiding the disadvantages of our current approach."
Alternatives: "mitigating the drawbacks" or "circumventing the downsides".
Achieving a culture of authority often means gaining the advantages (and living with the disadvantages) of that culture but missing out on the advantages (and avoiding the disadvantages) of a culture of purpose.
The main contribution of this paper is the development of a hybrid method based on a new combination of two asymptotic techniques: GTD and PO, considering the advantages and avoiding the disadvantages of each of them.
Successful applications of bioactive glass composites will benefit from the attractive properties of bioactive glasses (bioactivity, mechanical strength, stimulation of gene expression) while avoiding the disadvantages (brittleness; difficulties of forming into anatomically relevant shapes).
With the mastery of cultivation techniques and the integration of regulatory constraints, quality clinical trials should confirm the benefit of cell therapy for bone repair, avoiding the disadvantages of autograft including preserving bone stock and offering less invasive treatment options.
It is very critical for actual production due to avoiding the disadvantages from high temperature and complicated process.
To capture the advantages of the energy detector and the cyclostationary detector while avoiding the disadvantages of them, a hybrid architecture, associating both of them, for spectrum sensing has been proposed in [31].
The present study seeks for the first time electroencephalographic evidence for rule processing by focusing on correct forms and avoiding the disadvantage of investigating the effects of rule violation.
The combination of both strategies merges the favorable features of each process and avoids the disadvantages of single processes.
We describe a new approach, which we call the "equipoise stratified" design, that merges the advantages and avoids the disadvantages of the other two designs for clinical trials.
This combination can retain the advantages and avoid the disadvantages of the two kinds of approaches in solving such a problem.
In this study, CuO/graphene nanocomposites have been synthesized for nonenzymatic electrochemical glucose biosensors to avoid the disadvantages of enzymatic sensors.
