The phrase "assessed differentially" is correct and usable in written English.
It can be used in contexts where evaluations or measurements are made in a way that takes into account different factors or criteria.
Example: "The students' performances were assessed differentially to account for varying levels of prior knowledge."
Alternatives: "evaluated variably" or "measured distinctly".
We assessed differentially expressed genes between time points (T1 vs. T2 and T1 vs. TS) as well as changes in pathways and molecular subtypes.
It also seems, as a more general factor to consider, that almost all organisms are involved in complex interdependent relationships as part of a "metaorganism" [ 26, 27]; we therefore assessed differentially expressed sequences without the limitation of direct mapping or annotation to Salix purpurea genome alone, providing the opportunity for an unconstrained view of the origin of sequenced RNA.
Lower confidence bound (LCB) and p-value were used to assess differentially expressed genes using the cutoff 1.2 and p<0.05, respectively.
Therefore, we aimed to (i) assess differentially expressed GPCRs in nodal negative versus nodal positive intestinal type gastric carcinoma by GeneChip array technique.
Lower confidence bound (LCB) and p-value were used to assess differentially expressed genes; cutoffs of 1.2 for LCB and p<0.05 are often used.
After normalization, a paired Student t test was used to assess differentially expressed spots and the raw p values were then corrected using the Bonferroni method with a type 1 error of 0.05.
The gel was then sequentially scanned at all three wavelengths using the Typhoon 9410 Imager (GE Healthcare, NJ) and images exported into the DeCyder (GE Healthcare, NJ) software package to assess differentially expressed protein spots.
There was 64 % concordance between exon array and RNA-seq technology for assessing differentially expressed transcripts.
The contigs recorded from the ant whole body sample were used to assess differentially expressed genes.
We, and others, have used genome-wide DNA methylation technologies to assess differentially methylated regions (DMRs) of CD4+ T cells in MS patients compared to healthy controls [ 4– 6].
To obtain expression data from the 8 HCC pairs, we used Illumina high-throughput RNA-seq technology to assess differentially expressed genes (DEGs).
