"functional versatility" is correct and usable in written English.
You can use it to refer to the ability of a person or thing to perform multiple tasks or activities. For example, "This new software has great functional versatility, allowing users to do almost anything in just a few clicks."
Peptides and proteins play a powerful role in these functions because of their structural and functional versatility.
The life and function of these cells are characterized by significant functional versatility.
Such understanding of the evolutionary origin of domains helps to elucidate the functional versatility of known proteins as well as the functionality of hypothetical proteins in human.
This approach to trace the evolutionary origin of functional domains in the human proteome facilitates better understanding of their functional versatility as well as provides insights into the functionality of hypothetical proteins present in the human proteome.
It remains to be seen to what extent systems biology and proteomics will be able to handle the structural and functional versatility of proteins, notably of proteins carrying out regulatory functions.
Multifunctional nanomaterials provide particularly versatile scaffolds for these host guest systems due to their biocompatibility and functional versatility.
Resonant tunneling diodes (RTDs) are receiving much attention because of their high-speed switching capability and functional versatility.
Through design innovation MNCs can accommodate the heterogeneity of different national markets by building functional versatility into products.
Presently, it is not evident how obligate pathogens such as Mtb have evolved such new themes of functional versatility and whether the activation of fatty acids to acyladenylates could indeed be a general mechanism.
Interestingly, the occurrence of α-1,3-glucans in two distinct domains, the outer surface and the inner rigid cores, demonstrated the structural and functional versatility of this molecule.
Glorund binds to other RNAs in a different manner and probably regulates their splicing, suggesting that the use of different binding modes may increase the functional versatility of RNA-binding proteins.
