Using mechanical energy to drive chemical transformations is an exciting prospect to
improve the sustainability of chemical reactions and to produce products not achievable by …

Understanding structure–mechanical activity relationships (SMARs) in polymer
mechanochemistry is essential for the rational design of mechanophores with desired …

Sulfur dioxide (SO2), being a novel gaseous signaling molecule, exhibits significant
potential for application in the field of cardiovascular diseases. SO2 donors serve as crucial …

Transition metal mechanophores exhibiting force-activated spin-crossover are attractive
design targets, yet large-scale discovery of them has not been pursued due in large part to …

Flex-activated mechanophores capable of releasing small molecules utilize bond bending to
facilitate their mechanochemical activation without compromising the overall …

Mechanically responsive polymer materials have garnered significant interest due to their
unique ability to respond to external forces, leading to groundbreaking applications in visual …

Mechanophores that readily undergo bond cleavage upon mechanical stimuli normally
contain a highly strained ring or reactive unit with weak bonds, which are usually thermally …