The phrase "abundance of the same" is correct and usable in written English.
It can be used to describe a large quantity or a plentiful amount of something that is identical or similar in nature.
Example: "The garden was filled with an abundance of the same flowers, creating a beautiful and uniform landscape."
Alternatives: "plenty of the same" or "a wealth of the same".
There was also a considerably high abundance of Bacteroidetes at site SLR, and this was close to the abundance of the same phylum at site A3.
This observation is independent of the numerical abundance of the same repeat motifs, although they may share a mechanistic origin.
This method allows us to distinguish the transcript abundance of the same miRNA gene between different lines.
The transcript abundance of the same genes in Cabernet Sauvignon berries are generally decreased or unaffected by water deficit (Fig. 9).
By extracting both cytosolic and nuclear RNA fractions from the same tissue, it is also possible to study the relative abundance of the same transcripts in each fraction.
The representation of a given GO identifier in the population of the significant regulated genes was compared to the abundance of the same GO identifier in the total brain transcriptome.
We therefore explored the relationship of abundance to the same variables (Year, Person, Days), conditional on detection.
Therefore we predicted that absolute abundances of susceptible avian groups (i.e., corvids, thrushes, finches, Old World sparrows, and the American robin) should be better predictors of human WNV than relative abundances of the same groups.
However, in reality, MS/MS spectra are not perfectly reproducible (especially on the limited LC-MS time scale) and the relative fragmentation abundances of the same peptide in two different spectra acquired at different times are always slightly different.
The protein abundances of the same proteome analyzed repeatedly (technical replicates) are affected by random, statistically independent errors in the measured abundances of individual proteins, while non-identical but biologically similar proteomes (biological replicates) vary in a fundamentally different way, where abundances of the proteins within the same pathway are statistically linked.
The expression level of hvu-miR156 did not differ between P-deficient and P-sufficient leaves, but was higher in P-deficient roots than in P-sufficient roots (Fig. 3).The expression levels of these miRNAs detected by the Northern hybridization were in agreement with the read abundances of the same miRNAs identified from the deep sequencing.
