The phrase "abundant pattern" is correct and usable in written English.
It can be used to describe a pattern that is plentiful or rich in some way, often in contexts related to design, nature, or data analysis.
Example: "The artist's work features an abundant pattern of colors and shapes that captivates the viewer."
Alternatives: "rich pattern" or "plentiful design".
The most abundant pattern (first column) represents all sampled protein pairs that no method considers to be orthologs.
The most abundant pattern of LGT in eukaryotes is the transfer of genes from the bacterial ancestors of the modern mitochondrion and plastid to the cell nucleus during the process of organelle genome reduction [ 11, 47, 53].
This network included the abundant pattern recognition proteins, signal transduction components involved in Toll, Imd and JAK/STAT pathways, modulation molecules in proPO activating cascade and immune responsive effectors.
The most abundant pattern (with seven homologous clones) was annotated as group A. There were two clones in group B and three clones in both groups C and D. From the culture media, the secreted VHH pIII peptide products were assessed for initial sensitivity toward BDE-47.
Among the observed repeats, the most abundant pattern was found to be stretches of mononucleotides (A/T) accounting for a total of 81 and 61 stretches of polyadenine (polyA) or polythymine (polyT) (A/T) followed by di-nucleotide patterns accounting for a total of 77 and 71 repetitive units in C. resedifolia and C. impatiens.
Pattern: Writer offers abundant pattern styles for you to choose from.
Fig. 4 shows the effect of collaterality for G4 and G5 in the case of the most abundant patterns.
The above numerical results have shown some dynamics in system (1.2), and it is found that there exist abundant patterns in system (1.2).
In what follows, we focus on the six patterns that are the most abundant in all cases: egalitarian triads (300), dyadic leaders (201) and single dyads (102), which are the most abundant ones, and triadic leader (210) and collateral and broker dyads (120D and 120U), which are three next most abundant patterns.
In the eukaryotic Swiss-Prot set, the eight most abundant patterns (all with more than 1300 occurrences) are not associated with any known sequence features.
POP are highly abundant patterns statistically not expected to exist; NEP are patterns that do not exist but are statistically expected to; ORP are patterns unique to a kingdom; and URP are patterns excluded from a kingdom.
