FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4200469622> ?p ?o ?g. }

• W4200469622 abstract "Abstract Subterranean habitats are generally very stable environments, and as such evolutionary transitions of organisms from surface to subterranean lifestyles may cause considerable shifts in physiology, particularly with respect to thermal tolerance. In this study we compared responses to heat shock at the molecular level in a geographically widespread, surface-dwelling water beetle to a congeneric subterranean species restricted to a single aquifer (Dytiscidae: Hydroporinae). The obligate subterranean beetle Paroster macrosturtensis is known to have a lower thermal tolerance compared to surface lineages (CT max 38°C cf . 42-46 °C), but the genetic basis of this physiological difference has not been characterized. We experimentally manipulated the thermal environment of 24 individuals to demonstrate that both species can mount a heat shock response at high temperatures (35°C), as determined by comparative transcriptomics. However, genes involved in these responses differ between species and a far greater number were differentially expressed in the surface taxon, suggesting it can mount a more robust heat shock response; these data may underpin its higher thermal tolerance compared to subterranean relatives. In contrast, the subterranean species examined not only differentially expressed fewer genes in response to increasing temperatures, but also in the presence of the experimental setup employed here alone. Our results suggest P. macrosturtensis may be comparatively poorly equipped to respond to both thermally induced stress and environmental disturbances more broadly. The molecular findings presented here have conservation implications for P. macrosturtensis and contribute to a growing narrative concerning weakened thermal tolerances in obligate subterranean organisms at the molecular level." @default.
• W4200469622 created "2021-12-31" @default.
• W4200469622 creator A5046181185 @default.
• W4200469622 creator A5051152114 @default.
• W4200469622 creator A5055222205 @default.
• W4200469622 creator A5055343502 @default.
• W4200469622 creator A5060709951 @default.
• W4200469622 creator A5061067869 @default.
• W4200469622 creator A5071252863 @default.
• W4200469622 creator A5084064111 @default.
• W4200469622 creator A5089536043 @default.
• W4200469622 date "2021-12-13" @default.
• W4200469622 modified "2023-09-26" @default.
• W4200469622 title "Differential transcriptomic responses to heat stress in surface and subterranean diving beetles" @default.
• W4200469622 cites W1219186037 @default.
• W4200469622 cites W133639566 @default.
• W4200469622 cites W1483587307 @default.
• W4200469622 cites W1758959936 @default.
• W4200469622 cites W1762713811 @default.
• W4200469622 cites W1935621669 @default.
• W4200469622 cites W1967890592 @default.
• W4200469622 cites W1969353942 @default.
• W4200469622 cites W1975200549 @default.
• W4200469622 cites W1980757859 @default.
• W4200469622 cites W1987864049 @default.
• W4200469622 cites W1988688615 @default.
• W4200469622 cites W1994299004 @default.
• W4200469622 cites W1994466168 @default.
• W4200469622 cites W1996569348 @default.
• W4200469622 cites W2011657487 @default.
• W4200469622 cites W2012395601 @default.
• W4200469622 cites W2019339712 @default.
• W4200469622 cites W2033898489 @default.
• W4200469622 cites W2040647557 @default.
• W4200469622 cites W2051446749 @default.
• W4200469622 cites W2052022271 @default.
• W4200469622 cites W2093159216 @default.
• W4200469622 cites W2102341066 @default.
• W4200469622 cites W2104158388 @default.
• W4200469622 cites W2107603094 @default.
• W4200469622 cites W2109000763 @default.
• W4200469622 cites W2114104545 @default.
• W4200469622 cites W2119120138 @default.
• W4200469622 cites W2120545471 @default.
• W4200469622 cites W2126419817 @default.
• W4200469622 cites W2141052558 @default.
• W4200469622 cites W2142678478 @default.
• W4200469622 cites W2149515729 @default.
• W4200469622 cites W2149610071 @default.
• W4200469622 cites W2150243304 @default.
• W4200469622 cites W2150252495 @default.
• W4200469622 cites W2151502138 @default.
• W4200469622 cites W2153216499 @default.
• W4200469622 cites W2155628349 @default.
• W4200469622 cites W2161465216 @default.
• W4200469622 cites W2164214539 @default.
• W4200469622 cites W2170050098 @default.
• W4200469622 cites W2171575335 @default.
• W4200469622 cites W2173526205 @default.
• W4200469622 cites W2191795525 @default.
• W4200469622 cites W2232237847 @default.
• W4200469622 cites W2285606841 @default.
• W4200469622 cites W2291914634 @default.
• W4200469622 cites W2332299994 @default.
• W4200469622 cites W2410711693 @default.
• W4200469622 cites W2479421490 @default.
• W4200469622 cites W2569242880 @default.
• W4200469622 cites W2592811885 @default.
• W4200469622 cites W2728848998 @default.
• W4200469622 cites W2769168640 @default.
• W4200469622 cites W2770810929 @default.
• W4200469622 cites W2789487249 @default.
• W4200469622 cites W283890424 @default.
• W4200469622 cites W2899600207 @default.
• W4200469622 cites W2901126594 @default.
• W4200469622 cites W2927805038 @default.
• W4200469622 cites W2945862507 @default.
• W4200469622 cites W2989956796 @default.
• W4200469622 cites W2994125154 @default.
• W4200469622 cites W3000104502 @default.
• W4200469622 cites W3047139098 @default.
• W4200469622 cites W3056068515 @default.
• W4200469622 cites W3080446263 @default.
• W4200469622 cites W3087279068 @default.
• W4200469622 cites W3090817945 @default.
• W4200469622 cites W3093188291 @default.
• W4200469622 cites W3094083734 @default.
• W4200469622 cites W3100440767 @default.
• W4200469622 cites W3103466761 @default.
• W4200469622 cites W3136476207 @default.
• W4200469622 cites W3157398737 @default.
• W4200469622 cites W3161457744 @default.
• W4200469622 cites W3198955865 @default.
• W4200469622 cites W4207031889 @default.
• W4200469622 cites W4239548398 @default.
• W4200469622 doi "https://doi.org/10.1101/2021.12.12.470823" @default.
• W4200469622 hasPublicationYear "2021" @default.
• W4200469622 type Work @default.
• W4200469622 citedByCount "1" @default.
• W4200469622 countsByYear W42004696222022 @default.

• next