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- W3189778907 abstract "Enhanced antioxidant defence plays an essential role in plant survival under stress conditions. However, excessive antioxidant activity sometimes suppresses the signal necessary for the initiation of the desired biological reactions. One such example is microspore embryogenesis (ME)—a process of embryo-like structure formation triggered by stress in immature male gametophytes. The study focused on the role of reactive oxygen species and antioxidant defence in triticale (×Triticosecale Wittm.) and barley (Hordeum vulgare L.) microspore reprogramming. ME was induced through various stress treatments of tillers and its effectiveness was analysed in terms of ascorbate and glutathione contents, total activity of low molecular weight antioxidants and activities of glutathione–ascorbate cycle enzymes. The most effective treatment for both species was a combination of low temperature and exogenous application of 0.3 M mannitol, with or without 0.3 mM reduced glutathione. The applied treatments induced genotype-specific defence responses. In triticale, both ascorbate and glutathione were associated with ME induction, though the role of glutathione did not seem to be related to its function as a reducing agent. In barley, effective ME was accompanied by an accumulation of ascorbate and high activity of enzymes regulating its redox status, without direct relation to glutathione content." @default.
- W3189778907 created "2021-08-16" @default.
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- W3189778907 date "2021-08-05" @default.
- W3189778907 modified "2023-10-07" @default.
- W3189778907 title "Impact of Ascorbate—Glutathione Cycle Components on the Effectiveness of Embryogenesis Induction in Isolated Microspore Cultures of Barley and Triticale" @default.
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- W3189778907 cites W1202244258 @default.
- W3189778907 cites W1269995920 @default.
- W3189778907 cites W1497544197 @default.
- W3189778907 cites W1842909822 @default.
- W3189778907 cites W1898874031 @default.
- W3189778907 cites W1904819024 @default.
- W3189778907 cites W1976710990 @default.
- W3189778907 cites W1980353131 @default.
- W3189778907 cites W1981239144 @default.
- W3189778907 cites W1981456593 @default.
- W3189778907 cites W1983812885 @default.
- W3189778907 cites W1992911505 @default.
- W3189778907 cites W2003365025 @default.
- W3189778907 cites W2006370131 @default.
- W3189778907 cites W2007304743 @default.
- W3189778907 cites W2011766768 @default.
- W3189778907 cites W2012413365 @default.
- W3189778907 cites W2023655186 @default.
- W3189778907 cites W2033966211 @default.
- W3189778907 cites W2034399673 @default.
- W3189778907 cites W2036639270 @default.
- W3189778907 cites W2041162400 @default.
- W3189778907 cites W2051814827 @default.
- W3189778907 cites W2052479393 @default.
- W3189778907 cites W2065853716 @default.
- W3189778907 cites W2068263815 @default.
- W3189778907 cites W2071325353 @default.
- W3189778907 cites W2077384376 @default.
- W3189778907 cites W2084546543 @default.
- W3189778907 cites W2089129078 @default.
- W3189778907 cites W2092026434 @default.
- W3189778907 cites W2095145233 @default.
- W3189778907 cites W2096287917 @default.
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- W3189778907 cites W2112268703 @default.
- W3189778907 cites W2131133427 @default.
- W3189778907 cites W2131332009 @default.
- W3189778907 cites W2131511214 @default.
- W3189778907 cites W2136800416 @default.
- W3189778907 cites W2150539008 @default.
- W3189778907 cites W2151393888 @default.
- W3189778907 cites W2151831386 @default.
- W3189778907 cites W2157845660 @default.
- W3189778907 cites W2166223665 @default.
- W3189778907 cites W2170624637 @default.
- W3189778907 cites W2239598152 @default.
- W3189778907 cites W2298711480 @default.
- W3189778907 cites W2314745444 @default.
- W3189778907 cites W2511638523 @default.
- W3189778907 cites W2521662433 @default.
- W3189778907 cites W2608985635 @default.
- W3189778907 cites W2740264042 @default.
- W3189778907 cites W2775799220 @default.
- W3189778907 cites W2791686911 @default.
- W3189778907 cites W2793682501 @default.
- W3189778907 cites W2902996860 @default.
- W3189778907 cites W2938302835 @default.
- W3189778907 cites W2951027422 @default.
- W3189778907 cites W2972768314 @default.
- W3189778907 cites W2996745162 @default.
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- W3189778907 doi "https://doi.org/10.3390/antiox10081254" @default.
- W3189778907 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8389252" @default.
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- W3189778907 hasPublicationYear "2021" @default.
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