FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2981982417> ?p ?o ?g. }

• W2981982417 abstract "The Hessian fly (Mayetiola destructor), belonging to the gall midge family (Cecidomyiidae), is a devastating pest of wheat (Triticum aestivum) causing significant yield losses. Despite identification and characterization of numerous Hessian fly-responsive genes and associated biological pathways involved in wheat defense against this dipteran pest, their functional validation has been challenging. This is largely attributed to the large genome, polyploidy, repetitive DNA, and limited genetic resources in hexaploid wheat. The diploid progenitor Aegilops tauschii, D-genome donor of modern-day hexaploid wheat, offers an ideal surrogate eliminating the need to target all three homeologous chromosomes (A, B and D) individually, and thereby making the functional validation of candidate Hessian fly-responsive genes plausible. Furthermore, the well-annotated sequence of Ae. tauschii genome and availability of genetic resources amenable to manipulations makes the functional assays less tedious and time-consuming. However, prior to utilization of this diploid genome for downstream studies, it is imperative to characterize its physical and molecular responses to Hessian fly.In this study we screened five Ae. tauschii accessions for their response to the Hessian fly biotypes L and vH13. Two lines were identified that exhibited a homozygous resistance response to feeding by both Hessian fly biotypes. Studies using physical measurements and neutral red staining showed that the resistant Ae. tauschii accessions resembled hexaploid wheat in their phenotypic responses to Hessian fly, that included similarities in larval developmental stages, leaf and plant growth, and cell wall permeability. Furthermore, molecular responses, characterized by gene expression profiling using quantitative real-time PCR, in select resistant Ae. tauschii lines also revealed similarities with resistant hexaploid wheat.Phenotypic and molecular characterization of Ae. tauschii to Hessian fly infestation revealed resistant accessions that shared similarities to hexaploid wheat. Resembling the resistant hexaploid wheat, the Ae. tauschii accessions mount an early defense strategy involving defense proteins including lectins, secondary metabolites and reactive oxygen species (ROS) radicals. Our results reveal the suitability of the diploid progenitor for use as an ideal tool for functional genomics research in deciphering the wheat-Hessian fly molecular interactions." @default.
• W2981982417 created "2019-11-01" @default.
• W2981982417 creator A5003224628 @default.
• W2981982417 creator A5027247407 @default.
• W2981982417 creator A5052448068 @default.
• W2981982417 creator A5085770543 @default.
• W2981982417 date "2019-10-22" @default.
• W2981982417 modified "2023-10-15" @default.
• W2981982417 title "Phenotypic and molecular characterization of Hessian fly resistance in diploid wheat, Aegilops tauschii" @default.
• W2981982417 cites W1595520263 @default.
• W2981982417 cites W1700776583 @default.
• W2981982417 cites W1921799994 @default.
• W2981982417 cites W1970387855 @default.
• W2981982417 cites W1983729367 @default.
• W2981982417 cites W1986144368 @default.
• W2981982417 cites W1992540955 @default.
• W2981982417 cites W1993737529 @default.
• W2981982417 cites W2006186403 @default.
• W2981982417 cites W2007213790 @default.
• W2981982417 cites W2015587562 @default.
• W2981982417 cites W2015596353 @default.
• W2981982417 cites W2015886095 @default.
• W2981982417 cites W2018488092 @default.
• W2981982417 cites W2020288473 @default.
• W2981982417 cites W2023343774 @default.
• W2981982417 cites W2028946117 @default.
• W2981982417 cites W2035840889 @default.
• W2981982417 cites W2036422645 @default.
• W2981982417 cites W2039300182 @default.
• W2981982417 cites W2040778623 @default.
• W2981982417 cites W2041751395 @default.
• W2981982417 cites W2042723206 @default.
• W2981982417 cites W2042936134 @default.
• W2981982417 cites W2048309867 @default.
• W2981982417 cites W2057140515 @default.
• W2981982417 cites W2059379373 @default.
• W2981982417 cites W2059434621 @default.
• W2981982417 cites W2059773808 @default.
• W2981982417 cites W2061520460 @default.
• W2981982417 cites W2061908524 @default.
• W2981982417 cites W2061940962 @default.
• W2981982417 cites W2062828062 @default.
• W2981982417 cites W2064237100 @default.
• W2981982417 cites W2068601359 @default.
• W2981982417 cites W2073055277 @default.
• W2981982417 cites W2079841013 @default.
• W2981982417 cites W2086633715 @default.
• W2981982417 cites W2120118044 @default.
• W2981982417 cites W2121665005 @default.
• W2981982417 cites W2124820148 @default.
• W2981982417 cites W2128573057 @default.
• W2981982417 cites W2134839852 @default.
• W2981982417 cites W2135215456 @default.
• W2981982417 cites W2135445437 @default.
• W2981982417 cites W2145116408 @default.
• W2981982417 cites W2152731769 @default.
• W2981982417 cites W2153550741 @default.
• W2981982417 cites W2154226806 @default.
• W2981982417 cites W2157001066 @default.
• W2981982417 cites W2159109394 @default.
• W2981982417 cites W2170144665 @default.
• W2981982417 cites W2176576265 @default.
• W2981982417 cites W2284928171 @default.
• W2981982417 cites W2317854957 @default.
• W2981982417 cites W2322899460 @default.
• W2981982417 cites W2333458635 @default.
• W2981982417 cites W2346537250 @default.
• W2981982417 cites W2411216266 @default.
• W2981982417 cites W2442191780 @default.
• W2981982417 cites W2501204503 @default.
• W2981982417 cites W2562381062 @default.
• W2981982417 cites W2614373479 @default.
• W2981982417 cites W2615319363 @default.
• W2981982417 cites W2770565810 @default.
• W2981982417 cites W2783107628 @default.
• W2981982417 cites W2886785109 @default.
• W2981982417 cites W2887375411 @default.
• W2981982417 cites W2895067100 @default.
• W2981982417 cites W2901591571 @default.
• W2981982417 cites W2915156425 @default.
• W2981982417 cites W2918153834 @default.
• W2981982417 cites W73548453 @default.
• W2981982417 cites W844059565 @default.
• W2981982417 cites W2916316714 @default.
• W2981982417 doi "https://doi.org/10.1186/s12870-019-2058-6" @default.
• W2981982417 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6805508" @default.
• W2981982417 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31640550" @default.
• W2981982417 hasPublicationYear "2019" @default.
• W2981982417 type Work @default.
• W2981982417 sameAs 2981982417 @default.
• W2981982417 citedByCount "6" @default.
• W2981982417 countsByYear W29819824172021 @default.
• W2981982417 countsByYear W29819824172022 @default.
• W2981982417 crossrefType "journal-article" @default.
• W2981982417 hasAuthorship W2981982417A5003224628 @default.
• W2981982417 hasAuthorship W2981982417A5027247407 @default.
• W2981982417 hasAuthorship W2981982417A5052448068 @default.
• W2981982417 hasAuthorship W2981982417A5085770543 @default.
• W2981982417 hasBestOaLocation W29819824171 @default.
• W2981982417 hasConcept C104317684 @default.

• next