Suzuka University of Medical Science / Toyohashi University of Technology / /
IndustryTerm
e-caprolactone / active site / much more applications / biostable plastics / gene technology / chemical and physical structures / liquid products / food remaining / natural products / Actual and possible applications / chemical industries / Liquid-type products / industrial manufacturing / pharmaceutical technology / oil / chemical substitution / biodegradable plastics / chemical structures / hygiene products / food / polyester chain / energy / biodegradable devices / by-products / plastics / adequate processing / drug carrier / energy consumption / dosage form technology / fixation devices / Typical applications / chemical composition / e-carpolactone / drug delivery systems / consumer products / biomedical and ecological applications / medical and ecological applications / hydrolysis by-product / ecological plastics / food containers / conventional non-biodegradable plastics / plastic products / biodegradation by-products / real ecological plastics / been focused on manufacturing biodegradable plastics / /
MedicalCondition
infection / thrombus / /
MedicalTreatment
drug carrier / surgery / drug delivery systems / embolization / catheter / breast implant / surgeries / dental implant / drug carriers / surgical treatments / /
Movie
Bottles / /
Organization
Japan Department of Ecological Engineering / Faculty of Engineering / Suzuka University of Medical Science / Toyohashi University of Technology / /
117 Macromol. Rapid Commun. 21, 117–[removed])