The phrase "a universal pattern of" is correct and usable in written English.
It can be used when discussing a consistent or common trend that applies across different contexts or situations.
Example: "Researchers have identified a universal pattern of behavior among various species during mating season."
Alternatives: "a common trend of" or "a consistent model of".
The words, it seems, are but steppingstones to a universal pattern of images and insights about human behavior and the perplexing world that thwarts and shapes it.
The task is to identify elements in the sensory environment, and eventually to articulate their mother tongue names, a universal pattern of human language learning.
Introducing spatial light Gini coefficients, we find a universal pattern of human settlements across different countries and see a global centralization of light.
Interestingly, curves for all 10 cities and three different types of users nearly follow one single shape which seems to represent a universal pattern of spatial distribution of the photographic activity across the city.
"The widespread demonstrations in Tunisia" writes political analyst Rami Khouri "mirror a universal pattern of change by citizens who reach a breaking point and go out into the street to brave the bullets of the eternal ruler's military and security services.
Finally, the model also seems to provide a relevant description for the gene sequences of higher eukaryotes, which suggests that a universal pattern of GC variation could be induced in eukaryotic protein-coding sequences by meiotic conversion tracts.
However, the stronger rates of purifying selection observed in the early-metazoan disease classes seem to be more context-specific, reflecting unique evolutionary pressures acting on these specific biological processes opposed to a universal pattern for all disease genes of early metazoan origins.
An archetype represents a universal pattern or way of being.
Although our study focuses on largely on mitochondrial genes because these have been found to have a nucleotide substitution rate much higher than nuclear exons commonly used in phylogenetic studies of many vertebrate clades [ 86]-[ 88], this is not a universal pattern across the tree of life [ 89]-[ 92].
Studies on plastic responses in temperature stress resistance revealed that cooler rearing or adult temperatures increase cold but decrease heat resistance and vice versa, comprising a near universal pattern of putatively adaptive phenotypic plasticity [ 1, 6, 23].
The analytical solution for an infinitely wide channel is used to probe the finite-width experimental results and an apparently universal pattern of differences involving a peak in mass transfer coefficient emerges.
