FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2057467622> ?p ?o ?g. }

• W2057467622 endingPage "S149" @default.
• W2057467622 startingPage "S149" @default.
• W2057467622 abstract "Introduction Insects are constantly subjected to changes in environmental temperature. Most studies of insect acclimation to low temperature concern seasonal changes that occur over weeks or months in preparation for winter, and, accordingly, most chapters in this volume focus on seasonal cold-hardening. In contrast, during the past 10 years considerable attention has been paid to rapid acclimatory responses to both high (i.e. induction of heat shock or stress proteins (Feder et al. , 2002) and low temperature. This chapter summarizes our current understanding of the rapid cold-hardening (RCH) response. When our previous book (Lee and Denlinger, 1991) was being written, the RCH response had only just been described and merited only a few scattered paragraphs. Indeed, at that time it was unclear whether this response was merely a laboratory artifact or a previously unrecognized type of rapid acclimation. Since then, the RCH response has emerged as a highly conserved trait, allowing diverse insect groups to swiftly adjust their physiological state and organismal performance to match even modest changes in environmental temperature. In this chapter, we summarize evidence supporting the ecological relevance and emerging physiological underpinnings of the RCH response. The RCH response protects against a form of non-freezing injury known as cold-shock or direct-chilling injury. Cold-shock injury is well known among microbes, plants and animals, and represents a major obstacle for the successful cryopreservation of many types of cells and tissues (Grout, 1987). Injury is not associated with internal ice formation." @default.
• W2057467622 created "2016-06-24" @default.
• W2057467622 creator A5061244661 @default.
• W2057467622 date "2007-04-01" @default.
• W2057467622 modified "2023-09-27" @default.
• W2057467622 title "Rapid cold-hardening: Ecological significance and underlying mechanisms" @default.
• W2057467622 cites W1508631458 @default.
• W2057467622 cites W1560870971 @default.
• W2057467622 cites W1765922610 @default.
• W2057467622 cites W1894429316 @default.
• W2057467622 cites W1905561811 @default.
• W2057467622 cites W1931051689 @default.
• W2057467622 cites W1947140997 @default.
• W2057467622 cites W1963929878 @default.
• W2057467622 cites W1964882717 @default.
• W2057467622 cites W1967668154 @default.
• W2057467622 cites W1967824718 @default.
• W2057467622 cites W1978203681 @default.
• W2057467622 cites W1990095898 @default.
• W2057467622 cites W1993362463 @default.
• W2057467622 cites W1998541848 @default.
• W2057467622 cites W2000029449 @default.
• W2057467622 cites W2009079944 @default.
• W2057467622 cites W2011506607 @default.
• W2057467622 cites W2014357182 @default.
• W2057467622 cites W2017210650 @default.
• W2057467622 cites W2022393615 @default.
• W2057467622 cites W2024875207 @default.
• W2057467622 cites W2028417085 @default.
• W2057467622 cites W2028993151 @default.
• W2057467622 cites W2029740612 @default.
• W2057467622 cites W2032153042 @default.
• W2057467622 cites W2039286475 @default.
• W2057467622 cites W204058432 @default.
• W2057467622 cites W2046271210 @default.
• W2057467622 cites W2046444713 @default.
• W2057467622 cites W2048105577 @default.
• W2057467622 cites W2048182659 @default.
• W2057467622 cites W2049801166 @default.
• W2057467622 cites W2057664258 @default.
• W2057467622 cites W2064625407 @default.
• W2057467622 cites W2072539300 @default.
• W2057467622 cites W2073064187 @default.
• W2057467622 cites W2073494113 @default.
• W2057467622 cites W2075461522 @default.
• W2057467622 cites W2076585544 @default.
• W2057467622 cites W2076716828 @default.
• W2057467622 cites W2080400126 @default.
• W2057467622 cites W2080642759 @default.
• W2057467622 cites W2080869975 @default.
• W2057467622 cites W2082727660 @default.
• W2057467622 cites W2082776871 @default.
• W2057467622 cites W2083066163 @default.
• W2057467622 cites W2085126325 @default.
• W2057467622 cites W2087189599 @default.
• W2057467622 cites W2091090283 @default.
• W2057467622 cites W2091154429 @default.
• W2057467622 cites W2097781209 @default.
• W2057467622 cites W2109107919 @default.
• W2057467622 cites W2114049581 @default.
• W2057467622 cites W2119281794 @default.
• W2057467622 cites W2123807935 @default.
• W2057467622 cites W2130275573 @default.
• W2057467622 cites W2140621587 @default.
• W2057467622 cites W2140761597 @default.
• W2057467622 cites W2144441985 @default.
• W2057467622 cites W2145487981 @default.
• W2057467622 cites W2146254204 @default.
• W2057467622 cites W2146778293 @default.
• W2057467622 cites W2152274772 @default.
• W2057467622 cites W2153775758 @default.
• W2057467622 cites W2155066996 @default.
• W2057467622 cites W2159598881 @default.
• W2057467622 cites W2160731999 @default.
• W2057467622 cites W2161991856 @default.
• W2057467622 cites W2162757617 @default.
• W2057467622 cites W2164014741 @default.
• W2057467622 cites W2180876883 @default.
• W2057467622 cites W2181539898 @default.
• W2057467622 cites W2271897995 @default.
• W2057467622 cites W2319804944 @default.
• W2057467622 cites W2343799248 @default.
• W2057467622 cites W2419317119 @default.
• W2057467622 cites W2480301711 @default.
• W2057467622 cites W2598300704 @default.
• W2057467622 cites W2611742837 @default.
• W2057467622 cites W2589864022 @default.
• W2057467622 doi "https://doi.org/10.1016/j.cbpa.2007.01.301" @default.
• W2057467622 hasPublicationYear "2007" @default.
• W2057467622 type Work @default.
• W2057467622 sameAs 2057467622 @default.
• W2057467622 citedByCount "14" @default.
• W2057467622 countsByYear W20574676222012 @default.
• W2057467622 countsByYear W20574676222013 @default.
• W2057467622 countsByYear W20574676222014 @default.
• W2057467622 countsByYear W20574676222015 @default.
• W2057467622 countsByYear W20574676222019 @default.
• W2057467622 crossrefType "journal-article" @default.

• next