Sentence examples for changes can be categorized from inspiring English sources

Transcriptomic changes can be categorized as either primary, mediated directly by dioxin-activated AHR, or secondary, those changes brought about by the onset of toxicity.

Although as many as 2,845 differentially expressed genes were identified, the pattern of their dynamic changes can be categorized into as few as 30 distinct clusters, labeled as Clusters 1 to 30 (Additional file 11: Figure S1; Additional file 12: Table S11).

In general, the mechanisms for the change in SHC can be categorized into two groups.

Potential risks for changes in cognitive function can be categorized into demographic and socioeconomic characteristics, disease history, health lifestyles and functional status [ 5- 12], all of which were assessed at baseline.

According to their change pattern, these DEPPs can be categorized into up- (<0.75) or down- (>1.5) regulated groups (Table S2).

The major changes associated with the differential response can be categorized as those cellular properties associated with tissue remodeling, metabolism, and altered cell membrane protein levels, while a more ambiguous outcome was observed for genes involved in inflammation and signaling events.

Changes in gene expression during muscle hypertrophy can be categorized as the primary causative genes, DLK1 and RTL1, which are known due to the inheritance model, the secondary effector genes that have a direct transcriptional response to DLK1 and RTL1 activities and the tertiary responses associated with hypertrophy such as protein accretion, myofiber type and metabolic changes.

The changes in the post-seismic debris flow activity can be categorized into three stages, i.e., active, unstable, and recession.

There came the realization that pretty much anything can be categorized and algorithms really could change the world.

A change of modes is actually not necessary to create a movement pattern that can be categorized into ARS.

Conceptually, they can be categorized into two classes: longer-term genetic adaptation (e.g. through changes in allele frequencies) and phenotypic plasticity [16] [17].