"broader functionality" is a correct and usable phrase in written English.
It refers to something having a wider or more extensive range of functions or capabilities. Example: "The latest version of the software offers broader functionality, allowing users to customize their experience and access advanced features."
Hall is different, merging the Yammer use case with the broader functionality of something like IM or Skype, perhaps.
Apple's clearly offering a unified end to end experience for its first Siri-focused product, eschewing some broader functionality for the sake of a streamlined, unified experience.
Tinder Plus includes at least one highly requested feature and a few others that are meant to add broader functionality to the service, which essentially boils down the usual online dating experience into a simple location-based "hot or not".
Activation levels rapidly subsided when virus control was regained, with broader functionality in terms of cytokine and lytic marker production again observed.
The same study grouped the other two T6SSs that were observed here, in a widely distributed T6SS class present in both animal and plant pathogens, suggesting a broader functionality.
When no neighbour information is included, Gene Ontology Slim terms that represent broader functionalities, biological process, molecular function, have higher accuracy scores compared to that of Gene Ontology Slim term of cellular component, meaning the classifier was able to classify genes that belonged to these broader Gene Ontology Slim terms better.
In sum, the results of the present investigation, and probable role of the hippocampal complex in transfer/transformation of stimulus function, underscore the broad functionality of SE based preparations.
The application of biologically based composites increases even more their potential uses and versatility; moreover they have a broad functionality.
We expect our model to become a powerful tool to design DNA-based reaction schemes with broad functionality.
The combination of a side effect-free inducer, precise and reversible transcription tunability and broad functionality in different cell types as well as in entire animals represents a unique asset for the use of biotin-inducible transgene control in future gene therapy, tissue engineering and biopharmaceutical manufacturing scenarios.
The molecular basis for the broad functionality of tetraspanins appears to be the capacity to form multiple intermolecular interactions with a large but defined set of transmembrane and intracellular molecules.
