The phrase "a unique basis for" is correct and usable in written English.
It can be used when discussing a distinctive foundation or rationale for a particular argument, idea, or project.
Example: "The research provides a unique basis for understanding the effects of climate change on local ecosystems."
Alternatives: "a distinct foundation for" or "an exclusive rationale for".
Mr. Bush was right to build on the Clinton administration legacy and forge stronger ties with India, a burgeoning power whose democratic values provide a unique basis for cooperation.
This provides a unique basis for investigating feeding practices and transition from breastfeeding to complementary feeding during the infant's first six months of life.
In conclusion, our method is a rapid, high-throughput approach for genotyping many small genomes or target-enriched DNA, and our results provide a unique basis for future and current studies of aneuploidy and recombination.
When such robust information is important, e.g. in critical clinical situations involving patients with multiple complications and comorbid diseases, the GEC may present a unique basis for decisions, its inconveniences notwithstanding.
The possibility to record from, or stimulate, central nervous tissue over long periods of time provides a unique basis both for diagnosing and treating patients with neurodegenerative or psychiatric disorders and for characterizing fundamental neural mechanisms in animal models [1], [2], [3], [4].
The voxel-based automata approach provides a unique basis to model geospatial processes in 4D for the purpose of improving representation, analysis and understanding their spatiotemporal dynamics.
Alternatively, Bub (1997) proposes that it is not decoherence with the "tracing out" of the environment and the diagonalization of the reduced state of the apparatus that is relevant for the definite value of the pointer, but the triorthogonal or n-orthogonal decomposition theorem, since it singles out a unique pointer basis for the apparatus.
These studies provide a unique molecular basis for the Warburg effect.
26 There are currently a total of 15 subtypes of LQTS, each with a unique genetic basis for an ion channelopathy that results in slowing of myocardial repolarization 27 (Table 1).
It is now evident that S-layers also represent a unique structural basis and pattering element for generating complex supramolecular assemblies involving all relevant 'building blocks' such as proteins, lipids, glycans, and nucleic acids (Egelseer et al., 2008; Schuster & Sleytr, 2009b; Egelseer et al., 2010; Sleytr et al., 2010; Ilk et al., 2011a; Sleytr et al., 2011, 2013).
This indicates the inadequacy of a causal hypothesis of motor systems as the unique neural basis for language [109], [111], [112].
