In contrast to simple asphyxiants, chemical asphyxiants, such as carbon monoxide and hydrogen sulfide, are highly reactive.
The resulting free thiol groups are highly reactive so that they can efficiently link the gold surfaces of a QCM.
The nanometer-size particles are highly reactive, meaning that they glue together well.
The molecular fragments, known as free radicals, are highly reactive and quickly recombine into new molecules.
These are highly reactive molecules that attack dirt stuck on the surface, such as annoying patches of guano.
But these molecules are highly reactive and capricious, sometimes attacking other cells and damaging tissue.
Ketones are highly reactive, although less so than aldehydes, to which they are closely related.
Given that we know that people are highly reactive to each other, the causality most likely runs both ways, in a feedback loop.
Still, both are highly reactive to attacks on their market share, and could be spurred to earlier development if they perceive a competitive threat from Canada.
Phenols are highly reactive toward electrophilic aromatic substitution, because the nonbonding electrons on oxygen stabilize the intermediate cation.
These intermediates are highly reactive fragments of molecules that ordinarily remain uncombined for only very short periods of time.
