FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2980432922> ?p ?o ?g. }

• W2980432922 endingPage "188" @default.
• W2980432922 startingPage "173" @default.
• W2980432922 abstract "Abstract Ten doubled haploid (DH) lines of winter barley with an increased range of freezing/drought tolerance were used to identify phytohormones involved in plant stress acclimation. Cold hardening and drought stress were applied at the most critical stages of plant development on young seedlings and heading plants, respectively. The level of the phytohormones was significantly higher at heading, more than 5-fold in respect of salicylic acid (SA) and total brassinosteroids (BRs) and 1.7-fold in the case of abscisic acid (ABA). Moreover, the spectrum of detectable BRs increased from one—homocastasterone (HCS)—found in seedlings to four BRs identified in heading plants [HCS, castasterone (CS), teasterone and dolicholide], with the last one detected for the first time in cereal species. To some extent freezing tolerance seems to be determined by native hormonal status as control seedlings of tolerant DH lines contained 1.4- and 2.3-fold lower amount of ABA and HCS and 2.3-fold higher amount of SA in comparison to freezing-sensitive ones. Such dependency was not observed in heading plants as significant variation in CS content was the only detected difference. Under stress treatments, tolerant DH lines accumulated significantly lower (75–81%) amount of ABA, which probably reflected lower stress intensity resulting from another defence strategy. In contrast, stress-induced significant almost 2-fold increase in HCS/CS and 2–3-fold decrease in SA content specific for tolerant DH lines of barley suggest the involvement of these molecules in freezing/drought defence. Detected correlations suggest their interaction with nonspecific peroxidase and low molecular weight antioxidants." @default.
• W2980432922 created "2019-10-25" @default.
• W2980432922 creator A5001641166 @default.
• W2980432922 creator A5003906431 @default.
• W2980432922 creator A5004893795 @default.
• W2980432922 creator A5008100914 @default.
• W2980432922 creator A5019229751 @default.
• W2980432922 creator A5024132842 @default.
• W2980432922 creator A5029862303 @default.
• W2980432922 creator A5031317116 @default.
• W2980432922 creator A5036221545 @default.
• W2980432922 creator A5036560197 @default.
• W2980432922 creator A5042664131 @default.
• W2980432922 creator A5047222915 @default.
• W2980432922 creator A5057551148 @default.
• W2980432922 creator A5066454270 @default.
• W2980432922 creator A5085904316 @default.
• W2980432922 creator A5088069846 @default.
• W2980432922 date "2019-10-19" @default.
• W2980432922 modified "2023-10-03" @default.
• W2980432922 title "Involvement of homocastasterone, salicylic and abscisic acids in the regulation of drought and freezing tolerance in doubled haploid lines of winter barley" @default.
• W2980432922 cites W130053617 @default.
• W2980432922 cites W1493807625 @default.
• W2980432922 cites W1587829392 @default.
• W2980432922 cites W1966613494 @default.
• W2980432922 cites W1973268457 @default.
• W2980432922 cites W1974439236 @default.
• W2980432922 cites W1975203960 @default.
• W2980432922 cites W1978087478 @default.
• W2980432922 cites W1979048545 @default.
• W2980432922 cites W1982087889 @default.
• W2980432922 cites W1984246421 @default.
• W2980432922 cites W1987904974 @default.
• W2980432922 cites W1989835517 @default.
• W2980432922 cites W1992290873 @default.
• W2980432922 cites W1996635265 @default.
• W2980432922 cites W1999357612 @default.
• W2980432922 cites W2001768718 @default.
• W2980432922 cites W2002750971 @default.
• W2980432922 cites W2008091757 @default.
• W2980432922 cites W2014398427 @default.
• W2980432922 cites W2017809034 @default.
• W2980432922 cites W2018119640 @default.
• W2980432922 cites W2039130840 @default.
• W2980432922 cites W2046551106 @default.
• W2980432922 cites W2049904035 @default.
• W2980432922 cites W2055566538 @default.
• W2980432922 cites W2056656408 @default.
• W2980432922 cites W2067571386 @default.
• W2980432922 cites W2070291371 @default.
• W2980432922 cites W2070941358 @default.
• W2980432922 cites W2073782573 @default.
• W2980432922 cites W2084213474 @default.
• W2980432922 cites W2084546543 @default.
• W2980432922 cites W2090941152 @default.
• W2980432922 cites W2097030133 @default.
• W2980432922 cites W2105615248 @default.
• W2980432922 cites W2108847634 @default.
• W2980432922 cites W2111175831 @default.
• W2980432922 cites W2113117578 @default.
• W2980432922 cites W2135995549 @default.
• W2980432922 cites W2139556062 @default.
• W2980432922 cites W2143014195 @default.
• W2980432922 cites W2154271865 @default.
• W2980432922 cites W2319669532 @default.
• W2980432922 cites W2337706971 @default.
• W2980432922 cites W2338922786 @default.
• W2980432922 cites W2419359099 @default.
• W2980432922 cites W2469264238 @default.
• W2980432922 cites W2513883448 @default.
• W2980432922 cites W2521600169 @default.
• W2980432922 cites W2560400236 @default.
• W2980432922 cites W2564358267 @default.
• W2980432922 cites W2588422222 @default.
• W2980432922 cites W2607036130 @default.
• W2980432922 cites W2739389370 @default.
• W2980432922 cites W2746262461 @default.
• W2980432922 cites W2769123548 @default.
• W2980432922 cites W2789599569 @default.
• W2980432922 cites W2800453480 @default.
• W2980432922 cites W2886176567 @default.
• W2980432922 cites W2901339617 @default.
• W2980432922 cites W2913073728 @default.
• W2980432922 cites W2914022735 @default.
• W2980432922 cites W2915293460 @default.
• W2980432922 cites W2921625376 @default.
• W2980432922 cites W4242136795 @default.
• W2980432922 cites W70364469 @default.
• W2980432922 cites W91984369 @default.
• W2980432922 doi "https://doi.org/10.1007/s10725-019-00544-9" @default.
• W2980432922 hasPublicationYear "2019" @default.
• W2980432922 type Work @default.
• W2980432922 sameAs 2980432922 @default.
• W2980432922 citedByCount "12" @default.
• W2980432922 countsByYear W29804329222020 @default.
• W2980432922 countsByYear W29804329222021 @default.
• W2980432922 countsByYear W29804329222022 @default.
• W2980432922 countsByYear W29804329222023 @default.

• next