The phrase "a variable distribution of" is correct and usable in written English.
It can be used in contexts related to statistics, data analysis, or any field where distributions of variables are discussed.
Example: "The study revealed a variable distribution of responses among participants, indicating differing levels of engagement."
Alternatives: "a diverse distribution of" or "an uneven distribution of".
The substantia nigra pars compacta (SNpc) is a compact brain structure that contains a variable distribution of cells in both medial to lateral and rostral to caudal dimensions.
In the 2D model, the specification of the computational field is in terms of a distance of traverse z along an axial direction as well as a variable distribution of deflection (i.e. polar) angles θ where −π/2<θ<π/2, and corresponding symmetry is assumed for the range of azimuth angles (0<φ<2π).
The results obtained from the amino acid sequence alignment revealed a variable distribution of identities ranging from 100% (B. licheniformis 9945A) to 62% (B. mojavensis) within ComP.
Therefore, it can be anticipated that a variable distribution of microspheres in the portal tracts will create a primarily non-uniform dose distribution in the liver parenchyma.
There was a variable distribution of Nkx2.2-expressing cells in the eyes of different vertebrates.
Analysis of genes encoding antimicrobial drug resistance identified the ermT gene in all the CC398 strains and a variable distribution of ermA and ermC genes.
Due to the functional demands of mastication, alveolar bone around teeth is inherently a highly remodeled region of bone tissue with a highly variable distribution of TMD.
Finally, one might also invoke a possible variable distribution of rapamycin to explain the observed differences between tissues.
In fact, we obtain similar results in a variety of alternative analyses, e.g., using a different age classification (Table 3), allowing for misclassification due to imperfect test sensitivity (Table 2, Figure 3), using a highly variable distribution of the infectious period (Table S2), or assuming frequency dependent instead of density dependent transmission (Table S3).
This suggests strong confounding by site due to a highly variable distribution of socio-demographic and medical variables across sites.
Our analysis of the copy numbers reveals a strikingly variable distribution of Helena in the 12 species.
