Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382011076> ?p ?o ?g. }
- W4382011076 endingPage "5417" @default.
- W4382011076 startingPage "5405" @default.
- W4382011076 abstract "Abstract Severe cold, defined as a damaging cold beyond acclimation temperatures, has unique responses, but the signaling and evolution of these responses are not well understood. Production of oligogalactolipids, which is triggered by cytosolic acidification in Arabidopsis (Arabidopsis thaliana), contributes to survival in severe cold. Here, we investigated oligogalactolipid production in species from bryophytes to angiosperms. Production of oligogalactolipids differed within each clade, suggesting multiple evolutionary origins of severe cold tolerance. We also observed greater oligogalactolipid production in control samples than in temperature-challenged samples of some species. Further examination of representative species revealed a tight association between temperature, damage, and oligogalactolipid production that scaled with the cold tolerance of each species. Based on oligogalactolipid production and transcript changes, multiple angiosperm species share a signal of oligogalactolipid production initially described in Arabidopsis, namely cytosolic acidification. Together, these data suggest that oligogalactolipid production is a severe cold response that originated from an ancestral damage response that remains in many land plant lineages and that cytosolic acidification may be a common signaling mechanism for its activation." @default.
- W4382011076 created "2023-06-27" @default.
- W4382011076 creator A5006884142 @default.
- W4382011076 creator A5034391850 @default.
- W4382011076 creator A5041729325 @default.
- W4382011076 creator A5048302859 @default.
- W4382011076 creator A5067634343 @default.
- W4382011076 creator A5076281023 @default.
- W4382011076 creator A5084608937 @default.
- W4382011076 date "2023-06-26" @default.
- W4382011076 modified "2023-09-27" @default.
- W4382011076 title "Oligogalactolipid production during cold challenge is conserved in early diverging lineages" @default.
- W4382011076 cites W1524992328 @default.
- W4382011076 cites W1530030098 @default.
- W4382011076 cites W1644083143 @default.
- W4382011076 cites W1845342315 @default.
- W4382011076 cites W1875550361 @default.
- W4382011076 cites W1904852567 @default.
- W4382011076 cites W1966129095 @default.
- W4382011076 cites W1967226170 @default.
- W4382011076 cites W1977341257 @default.
- W4382011076 cites W1988180562 @default.
- W4382011076 cites W1989778663 @default.
- W4382011076 cites W1996440573 @default.
- W4382011076 cites W1998696321 @default.
- W4382011076 cites W2003588970 @default.
- W4382011076 cites W2007524405 @default.
- W4382011076 cites W2009462029 @default.
- W4382011076 cites W2010669715 @default.
- W4382011076 cites W2013222950 @default.
- W4382011076 cites W2013277649 @default.
- W4382011076 cites W2017996305 @default.
- W4382011076 cites W2021593740 @default.
- W4382011076 cites W2024343038 @default.
- W4382011076 cites W2025122519 @default.
- W4382011076 cites W2027314634 @default.
- W4382011076 cites W2038887423 @default.
- W4382011076 cites W2044566612 @default.
- W4382011076 cites W2054964992 @default.
- W4382011076 cites W2057927753 @default.
- W4382011076 cites W2066111399 @default.
- W4382011076 cites W2067135472 @default.
- W4382011076 cites W2096441981 @default.
- W4382011076 cites W2099540110 @default.
- W4382011076 cites W2103017472 @default.
- W4382011076 cites W2104376298 @default.
- W4382011076 cites W2106928146 @default.
- W4382011076 cites W2108234281 @default.
- W4382011076 cites W2111646009 @default.
- W4382011076 cites W2114868529 @default.
- W4382011076 cites W2118278450 @default.
- W4382011076 cites W2128211003 @default.
- W4382011076 cites W2131271579 @default.
- W4382011076 cites W2131577480 @default.
- W4382011076 cites W2133408515 @default.
- W4382011076 cites W2134526812 @default.
- W4382011076 cites W2135396734 @default.
- W4382011076 cites W2138990983 @default.
- W4382011076 cites W2153853218 @default.
- W4382011076 cites W2158044977 @default.
- W4382011076 cites W2161994757 @default.
- W4382011076 cites W2163932028 @default.
- W4382011076 cites W2164495529 @default.
- W4382011076 cites W2167279371 @default.
- W4382011076 cites W2168023061 @default.
- W4382011076 cites W2171012097 @default.
- W4382011076 cites W2172149806 @default.
- W4382011076 cites W2178572525 @default.
- W4382011076 cites W2179438025 @default.
- W4382011076 cites W2221030575 @default.
- W4382011076 cites W2399355081 @default.
- W4382011076 cites W2405875303 @default.
- W4382011076 cites W2416323981 @default.
- W4382011076 cites W2489130935 @default.
- W4382011076 cites W2519409381 @default.
- W4382011076 cites W2597631285 @default.
- W4382011076 cites W2602495320 @default.
- W4382011076 cites W2734241409 @default.
- W4382011076 cites W2794830002 @default.
- W4382011076 cites W2887135430 @default.
- W4382011076 cites W2900044275 @default.
- W4382011076 cites W2916703707 @default.
- W4382011076 cites W2951578861 @default.
- W4382011076 cites W3044891686 @default.
- W4382011076 cites W3112600195 @default.
- W4382011076 cites W3120027121 @default.
- W4382011076 cites W3150535537 @default.
- W4382011076 cites W4283725431 @default.
- W4382011076 doi "https://doi.org/10.1093/jxb/erad241" @default.
- W4382011076 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37357909" @default.
- W4382011076 hasPublicationYear "2023" @default.
- W4382011076 type Work @default.
- W4382011076 citedByCount "0" @default.
- W4382011076 crossrefType "journal-article" @default.
- W4382011076 hasAuthorship W4382011076A5006884142 @default.
- W4382011076 hasAuthorship W4382011076A5034391850 @default.
- W4382011076 hasAuthorship W4382011076A5041729325 @default.
- W4382011076 hasAuthorship W4382011076A5048302859 @default.