The phrase "availability of extensive data" is correct and usable in written English.
It can be used when discussing the presence or accessibility of a large amount of information or data for analysis or research purposes.
Example: "The availability of extensive data on climate change has allowed researchers to make more accurate predictions about future trends."
Alternatives: "access to comprehensive data" or "presence of abundant data".
The availability of extensive data is revolutionizing the underwriting process.
It requires the availability of extensive data sizes to be able to make dependable predictions (Brockwell and Davis 2002).
Finally, the availability of extensive data on nutrition permitted us to explore potential protective mechanisms suggested in laboratory experiments exploring the role of air pollutants in the brain (Block and Calderon-Garciduenas 2009).
The main strengths of our study include its population-based nature, inclusion of a representative multiethnic sample, adequate sample size, objective measurement of diabetes status following current guidelines, and the availability of extensive data on confounders for multivariate adjustment.
The availability of extensive data on polymorphic sites within the gene has facilitated the identification, in Caucasians, of intervals, defined by recombination breakpoints that are likely to contain variants which influence circulating ACE levels [ 22- 24].
The main strengths of our study include its nationally representative sample and use of rigorous study methods to collect the data and the availability of extensive data on confounders (NCHS 2010a, 2010b).
Strengths of this study are the focus on a diverse population of patients seen in different clinics in a major metropolitan area, including a cancer hospital, the availability of extensive epidemiologic data and clinical data that allowed us to investigate the effect of other factors on quality of life, and the use of multivariate analysis to examine influences on quality of life.
The availability of more extensive data along with an increased depth of sequencing, which permits the reliable study of rare genetic variants and structural variants, is therefore required for a better understanding of the relationship between unique genotypic variations and their geographical contexts.
The large differences in affinity coupled with the availability of extensive mutagenesis data and high-resolution crystal structures for the TEM-1/BLIP and SHV-1/BLIP complexes make them attractive systems for the further development of computational design methodology.
The plurality of the mentioned studies focus on developed countries, perhaps due to the availability of extensive economic data.
Several recent great megathrust earthquakes have ruptured across entire seismogenic widths, and availability of extensive seismic data has enabled the first detection of frequency-dependent radiation as a function of depth on the fault during the ruptures (e.g., Lay et al., 2012).
