Matches in SemOpenAlex for { <https://semopenalex.org/work/W4294691314> ?p ?o ?g. }
- W4294691314 endingPage "112548" @default.
- W4294691314 startingPage "112548" @default.
- W4294691314 abstract "Classical approaches for controlling plant pathogens may be impaired by the development of pathogen resistance to chemical pesticides and by limited availability of effective antimicrobial agents. Recent increases in consumer awareness of and/or legislation regarding environmental and human health, and the urgent need to improve food security, are driving increased demand for safer antimicrobial strategies. Therefore, there is a need for a step change in the approaches used for controlling pre- and post-harvest diseases and foodborne human pathogens. The use of light-activated antimicrobial substances for the so-called antimicrobial photodynamic treatment is known to be effective not only in a clinical context, but also for use in agriculture to control plant-pathogenic fungi and bacteria, and to eliminate foodborne human pathogens from seeds, sprouted seeds, fruits, and vegetables. Here, we take a holistic approach to review and re-evaluate recent findings on: (i) the ecology of naturally-occurring photoantimicrobials, (ii) photodynamic processes including the light-activated antimicrobial activities of some plant metabolites, and (iii) fungus-induced photosensitization of plants. The inhibitory mechanisms of both natural and synthetic light-activated substances, known as photosensitizers, are discussed in the contexts of microbial stress biology and agricultural biotechnology. Their modes-of-antimicrobial action make them neither stressors nor toxins/toxicants (with specific modes of poisonous activity), but a hybrid/combination of both. We highlight the use of photoantimicrobials for the control of plant-pathogenic fungi and quantify their potential contribution to global food security." @default.
- W4294691314 created "2022-09-06" @default.
- W4294691314 creator A5035934087 @default.
- W4294691314 creator A5051664590 @default.
- W4294691314 creator A5053896327 @default.
- W4294691314 creator A5070869120 @default.
- W4294691314 creator A5076096411 @default.
- W4294691314 date "2022-10-01" @default.
- W4294691314 modified "2023-10-15" @default.
- W4294691314 title "Photoantimicrobials in agriculture" @default.
- W4294691314 cites W1021129196 @default.
- W4294691314 cites W1036268545 @default.
- W4294691314 cites W14170850 @default.
- W4294691314 cites W1482296572 @default.
- W4294691314 cites W1488916213 @default.
- W4294691314 cites W1498606367 @default.
- W4294691314 cites W1504738735 @default.
- W4294691314 cites W1509722569 @default.
- W4294691314 cites W1512206739 @default.
- W4294691314 cites W1515780418 @default.
- W4294691314 cites W1532568719 @default.
- W4294691314 cites W1539263697 @default.
- W4294691314 cites W1548297481 @default.
- W4294691314 cites W1559906312 @default.
- W4294691314 cites W1565440417 @default.
- W4294691314 cites W1581269155 @default.
- W4294691314 cites W1588449739 @default.
- W4294691314 cites W1591288271 @default.
- W4294691314 cites W1596226955 @default.
- W4294691314 cites W1736545364 @default.
- W4294691314 cites W1773284306 @default.
- W4294691314 cites W1890027936 @default.
- W4294691314 cites W1919621894 @default.
- W4294691314 cites W1925249851 @default.
- W4294691314 cites W1937376363 @default.
- W4294691314 cites W1963731442 @default.
- W4294691314 cites W1964545682 @default.
- W4294691314 cites W1966135389 @default.
- W4294691314 cites W1967148251 @default.
- W4294691314 cites W1967505002 @default.
- W4294691314 cites W1967527121 @default.
- W4294691314 cites W1968232643 @default.
- W4294691314 cites W1968355775 @default.
- W4294691314 cites W1969327036 @default.
- W4294691314 cites W1969902720 @default.
- W4294691314 cites W1970115015 @default.
- W4294691314 cites W1970979855 @default.
- W4294691314 cites W1970985153 @default.
- W4294691314 cites W1971417891 @default.
- W4294691314 cites W1973377550 @default.
- W4294691314 cites W1974608323 @default.
- W4294691314 cites W1975813843 @default.
- W4294691314 cites W1976699552 @default.
- W4294691314 cites W1976969980 @default.
- W4294691314 cites W1978847058 @default.
- W4294691314 cites W1979347681 @default.
- W4294691314 cites W1979549061 @default.
- W4294691314 cites W1981056157 @default.
- W4294691314 cites W1983462777 @default.
- W4294691314 cites W1983504909 @default.
- W4294691314 cites W1983648530 @default.
- W4294691314 cites W1985843854 @default.
- W4294691314 cites W1986679807 @default.
- W4294691314 cites W1987831611 @default.
- W4294691314 cites W1988242908 @default.
- W4294691314 cites W1988492560 @default.
- W4294691314 cites W1990302911 @default.
- W4294691314 cites W1992231255 @default.
- W4294691314 cites W1993695376 @default.
- W4294691314 cites W1994642530 @default.
- W4294691314 cites W1995660829 @default.
- W4294691314 cites W1996217567 @default.
- W4294691314 cites W1996455184 @default.
- W4294691314 cites W1997257994 @default.
- W4294691314 cites W1997486693 @default.
- W4294691314 cites W1998411433 @default.
- W4294691314 cites W1999942141 @default.
- W4294691314 cites W2000805648 @default.
- W4294691314 cites W2001998653 @default.
- W4294691314 cites W2002498973 @default.
- W4294691314 cites W2002969754 @default.
- W4294691314 cites W2003108040 @default.
- W4294691314 cites W2004666646 @default.
- W4294691314 cites W2004917330 @default.
- W4294691314 cites W2005414296 @default.
- W4294691314 cites W2008853010 @default.
- W4294691314 cites W2008916048 @default.
- W4294691314 cites W2009684967 @default.
- W4294691314 cites W2010067300 @default.
- W4294691314 cites W2011024480 @default.
- W4294691314 cites W2011436696 @default.
- W4294691314 cites W2013170706 @default.
- W4294691314 cites W2013316108 @default.
- W4294691314 cites W2014229273 @default.
- W4294691314 cites W2016279360 @default.
- W4294691314 cites W2018039969 @default.
- W4294691314 cites W2019429419 @default.
- W4294691314 cites W2020640194 @default.