The phrase "able to induce changes" is correct and usable in written English.
It can be used when discussing the capacity or capability of something to bring about alterations or modifications in a particular context.
Example: "The new policy is able to induce changes in employee behavior, leading to increased productivity."
Alternatives: "capable of causing changes" or "able to effect changes."
If so, he thought he might be able to induce changes in the lab mice's immune systems by exposing them to infectious agents.
The results suggest that the small injury to the peripheral nerve was able to induce changes in mRNA expression in the cell body of motoneurons.
Results showed that the two GRF analogues were more potent than the native GRF molecule, were highly specific, were active for long periods of time and were able to induce changes in body composition similar to those reported with GH or other GRF analogues.
Binding assays to rh-E-selectin were performed to analyse whether the different pattern of the Lewis antigen expression was able to induce changes in the adhesion (results shown in Figure 3).
These results showing significant increases in the ratio of Th2/Th1 specific T cells after treatment with DC/sIL-4 in all three stimulation conditions demonstrate that administration of DC/sIL-4 is able to induce changes in Th1/Th2 balance within NOD mice.
Vajda et al used low frequency pulses to stimulate a culture (1 hour, 40% of that period stimulation was switched on) and were able to induce changes in initially stable patterns of stereotypical spontaneous activity, as observed in changes in single site and culture wide network activity as well as the spatio temporal dynamics of network bursting [6].
A well-known example of this is paramutation of the R locus in maize, where one allele is able to induce epigenetic changes in another, leading to heritable changes in seed coloration [ 17].
Principal component analysis (PCA) revealed that only FPPa-OmoMYC was able to induce significant changes in global gene expression relative to controls (Fig. 2a).
On their side, immature cells may be able to induce adaptive changes in their adult partners to facilitate their incorporation in the recipient network.
Very small amounts of sulfur are able to induce dramatic changes in the morphology of bimetallic surfaces that combine noble metals (Cu, Ag, Au) and transition metals.
This is an important advance in stem cell mechanobiology as it is the first demonstration of a mechanism by which the mechanical micro-environment is able to induce epigenetic changes that control osteogenic cell fate, and that can be passed to daughter cells.
