Integrated manufacturing of REciclable multi-material COmposites for the TRANSport sector
SUPERFICIES RESISTENTES A LA ADHESION BACTERIANA.
The invention features surfaces formed from a base polymer admixed with an additive of the invention. The surfaces can be resistant to bacterial adhesion. The surfaces of the invention can be applied to: (a) any medical device or material that is implanted in or juxtaposed to a human or animal tissue or body fluid, in vivo or ex vivo, permanently or for a short period, and (b) any useful article, material or device, medical or not, which is to maintain a human or animal health-safe unfouled state of cleanliness over a period of time. In these medical and non-medical applications it is known that undesirable fouling phenomenon can take place which might harm a patient, user or consumer of the compromised device, equipment or material processed by, transported or stored in contamination prone articles, equipment or environments. Such fouling phenomena include biofilm development and bacterial colony development. Such fouling can cause irritation and swelling, allergic reactions, toxic reactions, poisoning or infections.
» Number: MX2020012372A (A)
» Publication Date: 09/02/2021
» Applicant: EVONIK CANADA INC?[CA]
» Inventor: HO JEANNETTE?[CA]; SANTERRE J PAUL (5)
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement Nº 768737
