Matches in SemOpenAlex for { <https://semopenalex.org/work/W2600371898> ?p ?o ?g. }
- W2600371898 endingPage "e0173618" @default.
- W2600371898 startingPage "e0173618" @default.
- W2600371898 abstract "Cold atmospheric pressure plasmas (CAPPs) are known to have bactericidal effects but the mechanism of their interaction with microorganisms remains poorly understood. In this study the bacteria Escherichia coli were used as a model and were exposed to CAPPs. Different gas compositions, helium with or without adjunctions of nitrogen or oxygen, were used. Our results indicated that CAPP induced bacterial death at decontamination levels depend on the duration, post-treatment storage and the gas mixture composition used for the treatment. The plasma containing O2 in the feeding gas was the most aggressive and showed faster bactericidal effects. Structural modifications of treated bacteria were observed, especially significant was membrane leakage and morphological changes. Oxidative stress caused by plasma treatment led to significant damage of E. coli. Biochemical analyses of bacterial macromolecules indicated massive intracellular protein oxidation. However, reactive oxygen and nitrogen species (RONS) are not the only actors involved in E. coli's death, electrical field and charged particles could play a significant role especially for He-O2 CAPP." @default.
- W2600371898 created "2017-04-07" @default.
- W2600371898 creator A5017265859 @default.
- W2600371898 creator A5036457471 @default.
- W2600371898 creator A5041960151 @default.
- W2600371898 creator A5052914373 @default.
- W2600371898 creator A5072471345 @default.
- W2600371898 creator A5073646319 @default.
- W2600371898 creator A5088331529 @default.
- W2600371898 creator A5088402106 @default.
- W2600371898 creator A5090428532 @default.
- W2600371898 creator A5015027367 @default.
- W2600371898 date "2017-03-30" @default.
- W2600371898 modified "2023-09-29" @default.
- W2600371898 title "Oxidative modification and electrochemical inactivation of Escherichia coli upon cold atmospheric pressure plasma exposure" @default.
- W2600371898 cites W1556913350 @default.
- W2600371898 cites W1583028397 @default.
- W2600371898 cites W1751927022 @default.
- W2600371898 cites W1770998397 @default.
- W2600371898 cites W1775145173 @default.
- W2600371898 cites W1854588258 @default.
- W2600371898 cites W1965423468 @default.
- W2600371898 cites W1967825758 @default.
- W2600371898 cites W1969451200 @default.
- W2600371898 cites W1975447329 @default.
- W2600371898 cites W1975608441 @default.
- W2600371898 cites W1977521776 @default.
- W2600371898 cites W1982437113 @default.
- W2600371898 cites W1983203947 @default.
- W2600371898 cites W1987770069 @default.
- W2600371898 cites W1993188640 @default.
- W2600371898 cites W1996630701 @default.
- W2600371898 cites W1997447548 @default.
- W2600371898 cites W2010781374 @default.
- W2600371898 cites W2018507720 @default.
- W2600371898 cites W2024813688 @default.
- W2600371898 cites W2028889992 @default.
- W2600371898 cites W2029074877 @default.
- W2600371898 cites W2035002367 @default.
- W2600371898 cites W2037069751 @default.
- W2600371898 cites W2054435408 @default.
- W2600371898 cites W2057971593 @default.
- W2600371898 cites W2060480029 @default.
- W2600371898 cites W2063843145 @default.
- W2600371898 cites W2071427342 @default.
- W2600371898 cites W2072639579 @default.
- W2600371898 cites W2081476866 @default.
- W2600371898 cites W2085068496 @default.
- W2600371898 cites W2088268784 @default.
- W2600371898 cites W2093047868 @default.
- W2600371898 cites W2095016906 @default.
- W2600371898 cites W2095070917 @default.
- W2600371898 cites W2096258583 @default.
- W2600371898 cites W2100474340 @default.
- W2600371898 cites W2101791477 @default.
- W2600371898 cites W2102517635 @default.
- W2600371898 cites W2104758031 @default.
- W2600371898 cites W2124593579 @default.
- W2600371898 cites W2125449168 @default.
- W2600371898 cites W2129000212 @default.
- W2600371898 cites W2132981810 @default.
- W2600371898 cites W2147758662 @default.
- W2600371898 cites W2154807477 @default.
- W2600371898 cites W2156769739 @default.
- W2600371898 cites W2164052352 @default.
- W2600371898 cites W2166699661 @default.
- W2600371898 cites W2170437096 @default.
- W2600371898 cites W4234317413 @default.
- W2600371898 cites W565056258 @default.
- W2600371898 doi "https://doi.org/10.1371/journal.pone.0173618" @default.
- W2600371898 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5373509" @default.
- W2600371898 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28358809" @default.
- W2600371898 hasPublicationYear "2017" @default.
- W2600371898 type Work @default.
- W2600371898 sameAs 2600371898 @default.
- W2600371898 citedByCount "41" @default.
- W2600371898 countsByYear W26003718982018 @default.
- W2600371898 countsByYear W26003718982019 @default.
- W2600371898 countsByYear W26003718982020 @default.
- W2600371898 countsByYear W26003718982021 @default.
- W2600371898 countsByYear W26003718982022 @default.
- W2600371898 countsByYear W26003718982023 @default.
- W2600371898 crossrefType "journal-article" @default.
- W2600371898 hasAuthorship W2600371898A5015027367 @default.
- W2600371898 hasAuthorship W2600371898A5017265859 @default.
- W2600371898 hasAuthorship W2600371898A5036457471 @default.
- W2600371898 hasAuthorship W2600371898A5041960151 @default.
- W2600371898 hasAuthorship W2600371898A5052914373 @default.
- W2600371898 hasAuthorship W2600371898A5072471345 @default.
- W2600371898 hasAuthorship W2600371898A5073646319 @default.
- W2600371898 hasAuthorship W2600371898A5088331529 @default.
- W2600371898 hasAuthorship W2600371898A5088402106 @default.
- W2600371898 hasAuthorship W2600371898A5090428532 @default.
- W2600371898 hasBestOaLocation W26003718981 @default.
- W2600371898 hasConcept C104317684 @default.
- W2600371898 hasConcept C107211472 @default.
- W2600371898 hasConcept C111368507 @default.
- W2600371898 hasConcept C121332964 @default.