Matches in SemOpenAlex for { <https://semopenalex.org/work/W2891982563> ?p ?o ?g. }
- W2891982563 endingPage "2288" @default.
- W2891982563 startingPage "2288" @default.
- W2891982563 abstract "The thermal and chemical-based methods applied for microbial control in the food industry are not always environmentally friendly and may change the nutritional and organoleptic characteristics of the final products. Moreover, the efficacy of sanitizing agents may be reduced when microbial cells are enclosed in biofilms. The objective of this study was to investigate the effect of photodynamic inactivation, using two xanthene dyes (rose bengal and erythrosine) as photosensitizing agents and green LED as a light source, against Staphylococcus aureus, Listeria innocua, Enterococcus hirae and Escherichia coli in both planktonic and biofilm states. Both photosensitizing agents were able to control planktonic cells of all bacteria tested. The treatments altered the physicochemical properties of cells surface and also induced potassium leakage, indicating damage of cell membranes. Although higher concentrations of the photosensitizing agents (ranging from 0.01 to 50.0 μmol/L) were needed to be applied, the culturability of biofilm cells was reduced to undetectable levels. This finding was confirmed by the live/dead staining, where propidium iodide-labeled bacteria numbers reached up to 100%. The overall results demonstrated that photoinactivation by rose bengal and erythrosine may be a powerful candidate for the control of planktonic cells and biofilms in the food sector." @default.
- W2891982563 created "2018-09-27" @default.
- W2891982563 creator A5002940646 @default.
- W2891982563 creator A5016419904 @default.
- W2891982563 creator A5039018796 @default.
- W2891982563 creator A5048508227 @default.
- W2891982563 creator A5065775461 @default.
- W2891982563 creator A5076308263 @default.
- W2891982563 date "2018-09-07" @default.
- W2891982563 modified "2023-10-18" @default.
- W2891982563 title "Antimicrobial Photodynamic Inactivation Mediated by Rose Bengal and Erythrosine Is Effective in the Control of Food-Related Bacteria in Planktonic and Biofilm States" @default.
- W2891982563 cites W1521779473 @default.
- W2891982563 cites W1781860053 @default.
- W2891982563 cites W1831206839 @default.
- W2891982563 cites W1971345272 @default.
- W2891982563 cites W1974920568 @default.
- W2891982563 cites W1975221254 @default.
- W2891982563 cites W1975240963 @default.
- W2891982563 cites W1978927888 @default.
- W2891982563 cites W1995935632 @default.
- W2891982563 cites W1999078521 @default.
- W2891982563 cites W2003094032 @default.
- W2891982563 cites W2015370400 @default.
- W2891982563 cites W2022509150 @default.
- W2891982563 cites W2029126601 @default.
- W2891982563 cites W2029717774 @default.
- W2891982563 cites W2040300828 @default.
- W2891982563 cites W2041081798 @default.
- W2891982563 cites W2062374558 @default.
- W2891982563 cites W2069258794 @default.
- W2891982563 cites W2075020084 @default.
- W2891982563 cites W2076219192 @default.
- W2891982563 cites W2076329547 @default.
- W2891982563 cites W2076771094 @default.
- W2891982563 cites W2088146449 @default.
- W2891982563 cites W2090061658 @default.
- W2891982563 cites W2096450303 @default.
- W2891982563 cites W2098809087 @default.
- W2891982563 cites W2104044063 @default.
- W2891982563 cites W2109733963 @default.
- W2891982563 cites W2114579765 @default.
- W2891982563 cites W2120077633 @default.
- W2891982563 cites W2126139735 @default.
- W2891982563 cites W2134823017 @default.
- W2891982563 cites W2137990113 @default.
- W2891982563 cites W2139090941 @default.
- W2891982563 cites W2147233344 @default.
- W2891982563 cites W2152747781 @default.
- W2891982563 cites W2157812356 @default.
- W2891982563 cites W2163037598 @default.
- W2891982563 cites W2168462618 @default.
- W2891982563 cites W2255895389 @default.
- W2891982563 cites W2275000779 @default.
- W2891982563 cites W2278726896 @default.
- W2891982563 cites W2291972731 @default.
- W2891982563 cites W2292758739 @default.
- W2891982563 cites W2340699527 @default.
- W2891982563 cites W2349422917 @default.
- W2891982563 cites W2405417454 @default.
- W2891982563 cites W2491442840 @default.
- W2891982563 cites W2496393862 @default.
- W2891982563 cites W2520812411 @default.
- W2891982563 cites W2522332139 @default.
- W2891982563 cites W2534903638 @default.
- W2891982563 cites W2552544072 @default.
- W2891982563 cites W2553095014 @default.
- W2891982563 cites W2555127056 @default.
- W2891982563 cites W2586613186 @default.
- W2891982563 cites W2600273598 @default.
- W2891982563 cites W2617811970 @default.
- W2891982563 cites W2753404241 @default.
- W2891982563 cites W2792816259 @default.
- W2891982563 cites W2793436208 @default.
- W2891982563 cites W2795956641 @default.
- W2891982563 cites W2800260425 @default.
- W2891982563 cites W2805410393 @default.
- W2891982563 cites W2810960577 @default.
- W2891982563 cites W4244714950 @default.
- W2891982563 doi "https://doi.org/10.3390/molecules23092288" @default.
- W2891982563 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6225188" @default.
- W2891982563 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30205468" @default.
- W2891982563 hasPublicationYear "2018" @default.
- W2891982563 type Work @default.
- W2891982563 sameAs 2891982563 @default.
- W2891982563 citedByCount "43" @default.
- W2891982563 countsByYear W28919825632019 @default.
- W2891982563 countsByYear W28919825632020 @default.
- W2891982563 countsByYear W28919825632021 @default.
- W2891982563 countsByYear W28919825632022 @default.
- W2891982563 countsByYear W28919825632023 @default.
- W2891982563 crossrefType "journal-article" @default.
- W2891982563 hasAuthorship W2891982563A5002940646 @default.
- W2891982563 hasAuthorship W2891982563A5016419904 @default.
- W2891982563 hasAuthorship W2891982563A5039018796 @default.
- W2891982563 hasAuthorship W2891982563A5048508227 @default.
- W2891982563 hasAuthorship W2891982563A5065775461 @default.
- W2891982563 hasAuthorship W2891982563A5076308263 @default.
- W2891982563 hasBestOaLocation W28919825631 @default.