The phrase "advanced methodologies" is correct and usable in written English.
It can be used when discussing sophisticated or complex methods used in a particular field, such as research, technology, or business practices.
Example: "The research team implemented advanced methodologies to enhance the accuracy of their findings."
Alternatives: "sophisticated techniques" or "innovative approaches".
Therefore, it is crucial that emission monitoring systems are able to adapt to varying conditions, and advanced methodologies are needed for monitoring and decision-support.
Researchers have rarely used advanced methodologies such as confirmatory factor analysis to provide a deeper understanding of the constructs derived from measuring instruments.
Some advanced methodologies have been developed to overcome these issues [ 43], including semiparametric approaches that circumvent prespecification of the functional form of the relationship between biomarker and expected clinical response [ 32, 40].
Advanced methodologies come to light that can aid drug discovery.
Advanced methodologies and state-of-the art coupled code systems must be put into practice in order to model with high accuracy these challenging core designs.
Advanced methodologies were developed for green, red, and brown algae, diatoms, euglenoids, and dinoflagellates, and until now 30 microalgae strains have been successfully transformed [ 92].
The FMT-standardization Study Group co-authors contributed to the research, practice and education of the new concept, advanced methodology and specific strategy of FMT.
Because the QSR is a non-linear function of interest, the estimation of its sampling variance requires advanced methodology.
Using a new shear cell and advanced methodology to study the GMP, we investigated the effect of simple shear on the physical properties of this fraction.
This advanced methodology for proteomic analysis and protein identification should be combined with extensive bioinformatic searches [ 4, 5].
Very recently, advanced methodology has demonstrated that the effects of RNA lesions fall into two categories, one that includes ribosomal stalling and one that leads to a mixture of full length and truncated translational products (26).
