FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2743170216> ?p ?o ?g. }

• W2743170216 endingPage "1755" @default.
• W2743170216 startingPage "1755" @default.
• W2743170216 abstract "In the cool apple-producing areas of northern China, air temperature during early spring changes in a rapid and dramatic manner, which affects the growth and development of apple trees at the early stage of the growing season. Previous studies have shown that the treatment of calcium can increase the cold tolerance of Malus baccata Borkh., a widely-used rootstock apple tree in northern China. To better understand the physiological function of calcium in the response of M. baccata to temperature stress, we analyzed the effect of calcium treatment (2% CaCl2) on M. baccata leaves under temperature stress. Physiological analysis showed that temperature stress aggravated membrane lipid peroxidation, reduced chlorophyll content and induced photo-inhibition in leaves, whereas these indicators of stress injuries were alleviated by the application of calcium. An isobaric tags for relative and absolute quantitation (iTRAQ)-based proteomics approach was used in this study. Among the 2114 proteins that were detected in M. baccata leaves, 41, 25, and 34 proteins were differentially regulated by the increasing, decreasing, and changing temperature treatments, respectively. Calcium treatment induced 9 and 15 proteins after increasing and decreasing temperature, respectively, in comparison with non-treated plants. These calcium-responsive proteins were mainly related to catalytic activity, binding, and structural molecule activity. Hierarchical cluster analysis indicated that the changes in abundance of the proteins under increasing temperature and changing temperature treatments were similar, and the changes in protein abundance under decreasing temperature and increasing temperature with calcium treatment were similar. The findings of this study will allow a better understanding of the mechanisms underlying the role of calcium in M. baccata leaves under temperature stress." @default.
• W2743170216 created "2017-08-17" @default.
• W2743170216 creator A5012455161 @default.
• W2743170216 creator A5016558583 @default.
• W2743170216 creator A5044725297 @default.
• W2743170216 creator A5057141414 @default.
• W2743170216 date "2017-08-11" @default.
• W2743170216 modified "2023-09-28" @default.
• W2743170216 title "Differential Proteomic Analysis Reveals the Effect of Calcium on Malus baccata Borkh. Leaves under Temperature Stress" @default.
• W2743170216 cites W1529770545 @default.
• W2743170216 cites W1550421811 @default.
• W2743170216 cites W1598028551 @default.
• W2743170216 cites W1600433572 @default.
• W2743170216 cites W1703737190 @default.
• W2743170216 cites W1825784315 @default.
• W2743170216 cites W1924944684 @default.
• W2743170216 cites W1964493880 @default.
• W2743170216 cites W1964900840 @default.
• W2743170216 cites W1965098350 @default.
• W2743170216 cites W1966426854 @default.
• W2743170216 cites W1970994778 @default.
• W2743170216 cites W1974907033 @default.
• W2743170216 cites W1975719258 @default.
• W2743170216 cites W1978898249 @default.
• W2743170216 cites W1982155872 @default.
• W2743170216 cites W1984268788 @default.
• W2743170216 cites W1989004007 @default.
• W2743170216 cites W1989814378 @default.
• W2743170216 cites W1990574994 @default.
• W2743170216 cites W1993057871 @default.
• W2743170216 cites W2000382784 @default.
• W2743170216 cites W2003672310 @default.
• W2743170216 cites W2007663228 @default.
• W2743170216 cites W2009783721 @default.
• W2743170216 cites W2012126665 @default.
• W2743170216 cites W2013477754 @default.
• W2743170216 cites W2015169033 @default.
• W2743170216 cites W2018534461 @default.
• W2743170216 cites W2023072351 @default.
• W2743170216 cites W2028141143 @default.
• W2743170216 cites W2033533032 @default.
• W2743170216 cites W2034068097 @default.
• W2743170216 cites W2036161032 @default.
• W2743170216 cites W2036381541 @default.
• W2743170216 cites W2042911587 @default.
• W2743170216 cites W2045557913 @default.
• W2743170216 cites W2049399135 @default.
• W2743170216 cites W2049527459 @default.
• W2743170216 cites W2051267153 @default.
• W2743170216 cites W2055186723 @default.
• W2743170216 cites W2056443953 @default.
• W2743170216 cites W2057519077 @default.
• W2743170216 cites W2057756085 @default.
• W2743170216 cites W2058082031 @default.
• W2743170216 cites W2060094721 @default.
• W2743170216 cites W2074923007 @default.
• W2743170216 cites W2080621314 @default.
• W2743170216 cites W2098772551 @default.
• W2743170216 cites W2099806629 @default.
• W2743170216 cites W2101426854 @default.
• W2743170216 cites W2101472202 @default.
• W2743170216 cites W2102189007 @default.
• W2743170216 cites W2102585824 @default.
• W2743170216 cites W2106424724 @default.
• W2743170216 cites W2110091268 @default.
• W2743170216 cites W2114459254 @default.
• W2743170216 cites W2122239627 @default.
• W2743170216 cites W2122460910 @default.
• W2743170216 cites W2125174987 @default.
• W2743170216 cites W2132608311 @default.
• W2743170216 cites W2133769848 @default.
• W2743170216 cites W2134626138 @default.
• W2743170216 cites W2144245323 @default.
• W2743170216 cites W2144989070 @default.
• W2743170216 cites W2146778293 @default.
• W2743170216 cites W2150136076 @default.
• W2743170216 cites W2151855764 @default.
• W2743170216 cites W2152535425 @default.
• W2743170216 cites W2152772137 @default.
• W2743170216 cites W2158448504 @default.
• W2743170216 cites W2160276294 @default.
• W2743170216 cites W2161619258 @default.
• W2743170216 cites W2167197897 @default.
• W2743170216 cites W2322881065 @default.
• W2743170216 cites W2333160520 @default.
• W2743170216 cites W2343265357 @default.
• W2743170216 cites W2475234809 @default.
• W2743170216 cites W4235583873 @default.
• W2743170216 cites W4251641791 @default.
• W2743170216 doi "https://doi.org/10.3390/ijms18081755" @default.
• W2743170216 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5578145" @default.
• W2743170216 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28800123" @default.
• W2743170216 hasPublicationYear "2017" @default.
• W2743170216 type Work @default.
• W2743170216 sameAs 2743170216 @default.
• W2743170216 citedByCount "7" @default.
• W2743170216 countsByYear W27431702162020 @default.
• W2743170216 countsByYear W27431702162021 @default.

• next