CC BY 3.0 UnportedYildiz, DenizGöstl, RobertHerrmann, Andreas2023-01-062023-01-062022https://oa.tib.eu/renate/handle/123456789/10787http://dx.doi.org/10.34657/9813Active pharmaceutical ingredients are the most consequential and widely employed treatment in medicine although they suffer from many systematic limitations, particularly off-target activity and toxicity. To mitigate these effects, stimuli-responsive controlled delivery and release strategies for drugs are being developed. Fueled by the field of polymer mechanochemistry, recently new molecular technologies enabled the emergence of force as an unprecedented stimulus for this purpose by using ultrasound. In this research area, termed sonopharmacology, mechanophores bearing drug molecules are incorporated within biocompatible macromolecular scaffolds as preprogrammed, latent moieties. This review presents the novelties in controlling drug activation, monitoring, and release by ultrasound, while discussing the limitations and challenges for future developments.enghttps://creativecommons.org/licenses/by/3.0/540BiocompatibilityControlled drug deliveryDiagnosisScaffoldsSonochemistryTargeted drug deliveryActive pharmaceuticals ingredientsControlled releaseControlled-deliveryDrug moleculesMechano-chemistryMolecular technologiesRelease strategiesResearch areasStimuli-responsiveTarget activityUltrasonicsArticle