The phrase "able to sense changes" is correct and usable in written English.
It can be used in contexts where you want to describe someone's or something's capability to detect or perceive variations in a situation or environment.
Example: "The new software is able to sense changes in user behavior and adapt its recommendations accordingly."
Alternatives: "capable of detecting changes" or "able to perceive variations".
As a consequence, nature has evolved proteins that are able to sense changes in the bilayer properties and transform these lipid-mediated stimuli into intracellular signals.
It's able to sense changes in elevation, and has an improved set of health tracking tools.
Although being transmembrane proteins, they were not considered to be able to sense changes in membrane potential.
Through specialized receptors and other more general mechanisms, the GI tract is not only able to sense changes in its environment but also to actively respond to these changes.
First, the high sensitivity of XPMSS may be able to sense changes in ion concentration.
Recent findings indicate that regulation goes also the other way, since specific elements of the clock are able to sense changes in the cellular metabolism.
New findings, to be published in an upcoming issue of the Journal of Experimental Marine Biology and Ecology, suggest that leatherback sea turtles may be able to sense seasonal changes in sunlight by means of an unpigmented spot on the crown of their head known as the pink spot (pictured).
In addition, Durgan and coworkers [29] demonstrated that the molecular clock in cardiomyocytes is able to sense temporal changes in FFA levels.
Therefore, we asked whether the ArsS orthologs of H. hepaticus, C. jejuni and W. succinogenes, which exhibit 34.6%, 22.3% and 28.5% identity with ArsS in their input domains, are able to sense pH changes.
To effectively detect the time-of-day information encoded in environmental temperature profiles circadian clocks have to be able to sense daily changes in relative temperature in the context of patterns that contain unrelated thermal signals, for example, due to weather-related developments.
Innate immune cells (leukocytes) are the first cells to respond to tissue injury or infection (Palazon et al., 2014) and must be able to sense local oxygen changes, rapidly adapting to these changing conditions to operate in areas of low oxygen tension.
