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• W3201863071 endingPage "143" @default.
• W3201863071 startingPage "130" @default.
• W3201863071 abstract "Abstract A substantial increase in the occurrence of extremely high‐ or low‐temperature events caused by global climate change has imposed pressure on the survival and reproduction of invertebrates. Hyphantria cunea ( H. cunea ; Lepidoptera: Arctiidae) is a worldwide defoliator and has become a major forestry and agricultural pest during the past three decades in China. The thermal and cold tolerance has directly affected the population and geographical distribution of H. cunea , which remains poorly understood. Here, we examined the thermal tolerance of H. cunea larvae and discovered that they could endure extremely high temperatures, as demonstrated by median lethal times (Ltim 50 ) of 103.3 hr at 37°C, 62.0 hr at 40°C and even 14.5 hr at 43°C. To further explore the molecular evidence of the physiological response to heat and cold, we cloned and characterized six small heat shock proteins (sHSPs). These proteins possessed the conserved α‐domain of the sHSP family at the C‐terminus and various N‐terminal domains. Phylogenetic analysis showed that the HC sHSPs presented a close evolutionary relationship with sHSP genes in noctuidae species. Four sHSPs in H. cunea were sensitive to heat stress, and only HC sHSP28.7 was induced by cold stress. The expression level of HC sHSPs peaked at 40°C and decreased in treatment at 45°C. HC sHSP20.0 transcripts were abundant in the cuticle after heat shock, and HC sHSP28.7 was most enriched in the fat body after cold shock. In addition, an equal molecular weight of the HC sHSP20.0 protein could completely protect malate dehydrogenase (MDH) from thermal aggregation. Recombinant HC sHSP28.7 E. coli cells exhibited tolerance to cold stress. Overall, our results demonstrate that HC sHSPs, especially HC sHSP20.0 and HC sHSP28.7, are vital genes in the adaptation of H. cunea larvae to extreme conditions in the context of global climate change." @default.
• W3201863071 created "2021-10-11" @default.
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• W3201863071 date "2021-09-29" @default.
• W3201863071 modified "2023-10-18" @default.
• W3201863071 title "Functional analysis of small heat shock proteins providing evidence of temperature tolerance in <i>Hyphantria cunea</i>" @default.
• W3201863071 cites W1508631458 @default.
• W3201863071 cites W1511706710 @default.
• W3201863071 cites W1779678074 @default.
• W3201863071 cites W1881888939 @default.
• W3201863071 cites W1894429316 @default.
• W3201863071 cites W1970319308 @default.
• W3201863071 cites W1981610890 @default.
• W3201863071 cites W1982834276 @default.
• W3201863071 cites W1984610817 @default.
• W3201863071 cites W1992244678 @default.
• W3201863071 cites W1992507248 @default.
• W3201863071 cites W1995466648 @default.
• W3201863071 cites W1997943303 @default.
• W3201863071 cites W2000158249 @default.
• W3201863071 cites W2003642977 @default.
• W3201863071 cites W2013259272 @default.
• W3201863071 cites W2017449280 @default.
• W3201863071 cites W2018023330 @default.
• W3201863071 cites W2019361768 @default.
• W3201863071 cites W2021337855 @default.
• W3201863071 cites W2023471846 @default.
• W3201863071 cites W2034753196 @default.
• W3201863071 cites W2040430793 @default.
• W3201863071 cites W2042062892 @default.
• W3201863071 cites W2045074074 @default.
• W3201863071 cites W2061121473 @default.
• W3201863071 cites W2065303639 @default.
• W3201863071 cites W2068262186 @default.
• W3201863071 cites W2080582085 @default.
• W3201863071 cites W2080682710 @default.
• W3201863071 cites W2081907099 @default.
• W3201863071 cites W2088622981 @default.
• W3201863071 cites W2096492722 @default.
• W3201863071 cites W2098406081 @default.
• W3201863071 cites W2099342939 @default.
• W3201863071 cites W2101476524 @default.
• W3201863071 cites W2107277218 @default.
• W3201863071 cites W2107498496 @default.
• W3201863071 cites W2120996916 @default.
• W3201863071 cites W2122789208 @default.
• W3201863071 cites W2127033103 @default.
• W3201863071 cites W2131016412 @default.
• W3201863071 cites W2140737307 @default.
• W3201863071 cites W2141261198 @default.
• W3201863071 cites W2144413169 @default.
• W3201863071 cites W2146741539 @default.
• W3201863071 cites W2147770635 @default.
• W3201863071 cites W2149463509 @default.
• W3201863071 cites W2150763672 @default.
• W3201863071 cites W2152207030 @default.
• W3201863071 cites W2163273738 @default.
• W3201863071 cites W2171575335 @default.
• W3201863071 cites W2172272944 @default.
• W3201863071 cites W2175317043 @default.
• W3201863071 cites W2300435221 @default.
• W3201863071 cites W2324302450 @default.
• W3201863071 cites W2587256233 @default.
• W3201863071 cites W2587423217 @default.
• W3201863071 cites W2598701004 @default.
• W3201863071 cites W2724542897 @default.
• W3201863071 cites W2734807480 @default.
• W3201863071 cites W2741381084 @default.
• W3201863071 cites W2765512468 @default.
• W3201863071 cites W2799410500 @default.
• W3201863071 cites W2802648609 @default.
• W3201863071 cites W2804616901 @default.
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• W3201863071 cites W2932024174 @default.
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• W3201863071 doi "https://doi.org/10.1111/jen.12939" @default.
• W3201863071 hasPublicationYear "2021" @default.
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