Matches in SemOpenAlex for { <https://semopenalex.org/work/W2604380896> ?p ?o ?g. }
- W2604380896 endingPage "121" @default.
- W2604380896 startingPage "113" @default.
- W2604380896 abstract "Phenotypic plasticity is considered as one of the key traits responsible for the establishment of populations of the invasive mosquito Aedes albopictus, an important vector of viral and parasitic pathogens. The successful spread of this species to higher altitudes and latitudes may be explained by its ability to rapidly induce a heritable low-temperature phenotype (cold hardiness in eggs). As a result of the low genetic diversity of founder populations, an epigenetic short-term mechanism has been suggested as the driver of this diversification. We investigated if random epigenetic alterations promoted the cold hardiness of Ae. albopictus eggs from a transgenerational study of two epigenetic agents (genistein and vinclozolin). To this end, we evaluated changes in lethal time for 50% of pharate larvae (Lt50) from eggs exposed to −2 °C in two subsequent generations that used a new dose-response test design. We detected a significant diversification of the cold hardiness of eggs (up to 64.5%) that was associated with the epigenetic change in the two subsequent offspring generations. An effect size of epigenetically modulated cold hardiness of this magnitude is likely to have an impact on the spatial distribution of this species. Our results provide a framework for further research on epigenetic temperature adaptation of invasive species to better explain and predict their rapid range expansions." @default.
- W2604380896 created "2017-04-14" @default.
- W2604380896 creator A5021811915 @default.
- W2604380896 creator A5034854271 @default.
- W2604380896 creator A5041175524 @default.
- W2604380896 creator A5081332784 @default.
- W2604380896 creator A5089857658 @default.
- W2604380896 date "2017-05-01" @default.
- W2604380896 modified "2023-09-27" @default.
- W2604380896 title "Cold tolerance of the Asian tiger mosquito Aedes albopictus and its response to epigenetic alterations" @default.
- W2604380896 cites W1514286294 @default.
- W2604380896 cites W1683458643 @default.
- W2604380896 cites W1917576719 @default.
- W2604380896 cites W1946377991 @default.
- W2604380896 cites W1964797108 @default.
- W2604380896 cites W1966396145 @default.
- W2604380896 cites W1971414696 @default.
- W2604380896 cites W1974842182 @default.
- W2604380896 cites W1978683904 @default.
- W2604380896 cites W1979698733 @default.
- W2604380896 cites W1979954557 @default.
- W2604380896 cites W1985418757 @default.
- W2604380896 cites W1989864349 @default.
- W2604380896 cites W1996806633 @default.
- W2604380896 cites W2000029449 @default.
- W2604380896 cites W2000323618 @default.
- W2604380896 cites W2008687577 @default.
- W2604380896 cites W2017445519 @default.
- W2604380896 cites W2017718158 @default.
- W2604380896 cites W2023473182 @default.
- W2604380896 cites W2025377946 @default.
- W2604380896 cites W2038271539 @default.
- W2604380896 cites W2044887289 @default.
- W2604380896 cites W2045118023 @default.
- W2604380896 cites W2046261273 @default.
- W2604380896 cites W2048408822 @default.
- W2604380896 cites W2049733303 @default.
- W2604380896 cites W2052373176 @default.
- W2604380896 cites W2055220501 @default.
- W2604380896 cites W2056643340 @default.
- W2604380896 cites W2058188736 @default.
- W2604380896 cites W2066251487 @default.
- W2604380896 cites W2075820563 @default.
- W2604380896 cites W2076712945 @default.
- W2604380896 cites W2078782861 @default.
- W2604380896 cites W2082778470 @default.
- W2604380896 cites W2089071639 @default.
- W2604380896 cites W2097774341 @default.
- W2604380896 cites W2099942965 @default.
- W2604380896 cites W2101037833 @default.
- W2604380896 cites W2104024599 @default.
- W2604380896 cites W2106326201 @default.
- W2604380896 cites W2113992434 @default.
- W2604380896 cites W2114175462 @default.
- W2604380896 cites W2119272378 @default.
- W2604380896 cites W2132635936 @default.
- W2604380896 cites W2136583634 @default.
- W2604380896 cites W2139002248 @default.
- W2604380896 cites W2140074108 @default.
- W2604380896 cites W2143608360 @default.
- W2604380896 cites W2146986126 @default.
- W2604380896 cites W2148827949 @default.
- W2604380896 cites W2149771723 @default.
- W2604380896 cites W2149824020 @default.
- W2604380896 cites W2150115852 @default.
- W2604380896 cites W2155366287 @default.
- W2604380896 cites W2156921631 @default.
- W2604380896 cites W2159061711 @default.
- W2604380896 cites W2166202788 @default.
- W2604380896 cites W2166556403 @default.
- W2604380896 cites W2168723953 @default.
- W2604380896 cites W2170522474 @default.
- W2604380896 cites W2176422404 @default.
- W2604380896 cites W2178110902 @default.
- W2604380896 cites W2178689966 @default.
- W2604380896 cites W2194740676 @default.
- W2604380896 cites W2198982457 @default.
- W2604380896 cites W2206353109 @default.
- W2604380896 cites W2208721939 @default.
- W2604380896 cites W2269639862 @default.
- W2604380896 cites W2331080099 @default.
- W2604380896 cites W2404719098 @default.
- W2604380896 cites W2463291814 @default.
- W2604380896 cites W4233619870 @default.
- W2604380896 cites W904598064 @default.
- W2604380896 doi "https://doi.org/10.1016/j.jinsphys.2017.04.003" @default.
- W2604380896 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28396211" @default.
- W2604380896 hasPublicationYear "2017" @default.
- W2604380896 type Work @default.
- W2604380896 sameAs 2604380896 @default.
- W2604380896 citedByCount "19" @default.
- W2604380896 countsByYear W26043808962018 @default.
- W2604380896 countsByYear W26043808962019 @default.
- W2604380896 countsByYear W26043808962020 @default.
- W2604380896 countsByYear W26043808962021 @default.
- W2604380896 countsByYear W26043808962022 @default.
- W2604380896 countsByYear W26043808962023 @default.
- W2604380896 crossrefType "journal-article" @default.