BEVZ;BEVZ, Serhei Vladymyrovych; Serhei Vladymyrovych;БЕВЗ, Сергей Владимирович;КОВАЛЬ, Александр Васильевич;KOVAL, Aleksandr Vasylevych
发明人:
BEVZ, Serhei Vladymyrovych,БЕВЗ, Сергей Владимирович,KOVAL, Aleksandr Vasylevych,КОВАЛЬ, Александр Васильевич
申请号：
UAUA2016/000147
公开号：
WO2017/127040A3
申请日:
2016.12.19
申请国别(地区):
UA
年份:
2017
代理人:
摘要：
The invention relates to the field of technologies for destroying microflora (bacteria, protozoan fungi, etc.),particularly microorganisms in a sessile state (hereinafter, a biofilm), and can be used in medicine, industry, agriculture and various technical fields for destroying biological films comprised of complex bacterial communities in an extracellular polymeric substance (hereinafter, an exopolymeric matrix), which form on different types of surfaces (biological, industrial, etc.). A composition for destroying microorganisms in a sessile state is pre-prepared by dissolving an oxidant and a buffer compound in a solvent. The following are used as ingredients in the preparation of the composition for destroying microorganisms in a sessile state: an aqueous solution of sodium persulfate in a concentration of 10.00 wt% and sodium hydroxide in a concentration of 15.00wt%. Since the pH of the composition is greater than 10.50, no protective reagent is added. Once the composition for destroying microorganisms in a sessile state has been prepared, it is introduced into an object having a biofilm on its surface. Introducing the claimed composition for destroying microorganisms in a sessile state and exposing said composition for 10 minutes results in a urease enzyme reading of 0.00 µkat/l in material from the root canal.L'invention concerne le domaine des technologies d'élimination de microflore (bactéries, champignons simples, etc.), et notamment des micro-organismes à l'état lié à la cellule (ci-après « des biofilms ») et peut être utilisée en médecine humaine, dans l'industrie, l'agriculture et dans différents domaines de la technique pour détruire les films biologiques qui se présentent comme des communautés hautement organisées de bactéries dans un état polymérique hors cellule (ci-après « matrice d'exopolymères ») qui se forme sur des surfaces d'origines différentes (biologiques, industriels, etc.). On prépare au préalable une composition pour éliminer les micro-or
