Matches in SemOpenAlex for { <https://semopenalex.org/work/W3158200238> ?p ?o ?g. }
- W3158200238 endingPage "198443" @default.
- W3158200238 startingPage "198443" @default.
- W3158200238 abstract "GroEL or symbionin synthesized by the endosymbionts of whitefly (Bemisia tabaci)/ aphids play a cardinal role in the persistent, circulative transmission of plant viruses by binding to viral coat protein/ read-through protein. Allium sativum leaf agglutinin (ASAL), a Galanthus nivalis agglutinin (GNA)- related mannose-binding lectin from garlic leaf has been reported as a potent controlling agent against hemipteran insects including whitefly and aphids. GroEL related chaperonin- symbionin was previously identified as a receptor of ASAL by the present group in the brush border membrane vesicle (BBMV) of mustard aphid. In the present study similar GroEL receptor of ASAL has been identified through LC-MS/MS in the BBMV of B. tabaci which serves as a vector for several plant viruses including tomato leaf curl New Delhi virus (ToLCNDV). Ligand blot analysis of ASAL-fed B. tabaci showed that when GroEL is pre-occupied by ASAL, it completely blocks its further binding to ToLCNDV coat protein (ToLCNDV-CP). Prior feeding of ASAL hindered the co-localization of ToLCNDV-CP and GroEL in the midgut of B. tabaci. Immunoprecipitation followed by western blot with ASAL-fed B. tabaci yielded similar result. Moreover, ASAL feeding inhibited viral transmission by B. tabaci. Together, these results confirmed that the interaction of ASAL with GroEL interferes with the binding of ToLCNDV-CP and inhibits further B. tabaci mediated viral transmission." @default.
- W3158200238 created "2021-05-10" @default.
- W3158200238 creator A5019351818 @default.
- W3158200238 creator A5022975308 @default.
- W3158200238 creator A5040047627 @default.
- W3158200238 creator A5040370676 @default.
- W3158200238 creator A5044524448 @default.
- W3158200238 creator A5062951249 @default.
- W3158200238 creator A5064429093 @default.
- W3158200238 date "2021-07-01" @default.
- W3158200238 modified "2023-09-22" @default.
- W3158200238 title "Inhibition of Bemisia tabaci vectored, GroEL mediated transmission of tomato leaf curl New Delhi virus by garlic leaf lectin (Allium sativum leaf agglutinin)" @default.
- W3158200238 cites W1602936558 @default.
- W3158200238 cites W162222951 @default.
- W3158200238 cites W1718426624 @default.
- W3158200238 cites W1914329424 @default.
- W3158200238 cites W1952506943 @default.
- W3158200238 cites W1963825149 @default.
- W3158200238 cites W1964786029 @default.
- W3158200238 cites W1965180879 @default.
- W3158200238 cites W1965653781 @default.
- W3158200238 cites W1972313431 @default.
- W3158200238 cites W1977146157 @default.
- W3158200238 cites W1979916844 @default.
- W3158200238 cites W1984667651 @default.
- W3158200238 cites W1984799451 @default.
- W3158200238 cites W1986132498 @default.
- W3158200238 cites W1988288500 @default.
- W3158200238 cites W1988364309 @default.
- W3158200238 cites W1991489859 @default.
- W3158200238 cites W2003433647 @default.
- W3158200238 cites W2004201769 @default.
- W3158200238 cites W2006807779 @default.
- W3158200238 cites W2007795860 @default.
- W3158200238 cites W2036900885 @default.
- W3158200238 cites W2039570338 @default.
- W3158200238 cites W2044504978 @default.
- W3158200238 cites W2048708356 @default.
- W3158200238 cites W2053509176 @default.
- W3158200238 cites W2054505067 @default.
- W3158200238 cites W2058350616 @default.
- W3158200238 cites W2058366662 @default.
- W3158200238 cites W2062525446 @default.
- W3158200238 cites W2064528693 @default.
- W3158200238 cites W2066490574 @default.
- W3158200238 cites W2074113072 @default.
- W3158200238 cites W2079024339 @default.
- W3158200238 cites W2084779020 @default.
- W3158200238 cites W2086084757 @default.
- W3158200238 cites W2088122108 @default.
- W3158200238 cites W2094694037 @default.
- W3158200238 cites W2098642837 @default.
- W3158200238 cites W2101648844 @default.
- W3158200238 cites W2105212952 @default.
- W3158200238 cites W2106831776 @default.
- W3158200238 cites W2107954245 @default.
- W3158200238 cites W2108442138 @default.
- W3158200238 cites W2110585505 @default.
- W3158200238 cites W2114369785 @default.
- W3158200238 cites W2116304682 @default.
- W3158200238 cites W2117275461 @default.
- W3158200238 cites W2120380796 @default.
- W3158200238 cites W2121231697 @default.
- W3158200238 cites W2126667640 @default.
- W3158200238 cites W2126976090 @default.
- W3158200238 cites W2134782202 @default.
- W3158200238 cites W2137415820 @default.
- W3158200238 cites W2140491300 @default.
- W3158200238 cites W2149366757 @default.
- W3158200238 cites W2153551395 @default.
- W3158200238 cites W2156218447 @default.
- W3158200238 cites W2161729108 @default.
- W3158200238 cites W2162544781 @default.
- W3158200238 cites W2166566419 @default.
- W3158200238 cites W2169201246 @default.
- W3158200238 cites W2579771517 @default.
- W3158200238 cites W2758767524 @default.
- W3158200238 cites W2792254081 @default.
- W3158200238 cites W321376826 @default.
- W3158200238 cites W4255440930 @default.
- W3158200238 doi "https://doi.org/10.1016/j.virusres.2021.198443" @default.
- W3158200238 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33940005" @default.
- W3158200238 hasPublicationYear "2021" @default.
- W3158200238 type Work @default.
- W3158200238 sameAs 3158200238 @default.
- W3158200238 citedByCount "1" @default.
- W3158200238 countsByYear W31582002382022 @default.
- W3158200238 crossrefType "journal-article" @default.
- W3158200238 hasAuthorship W3158200238A5019351818 @default.
- W3158200238 hasAuthorship W3158200238A5022975308 @default.
- W3158200238 hasAuthorship W3158200238A5040047627 @default.
- W3158200238 hasAuthorship W3158200238A5040370676 @default.
- W3158200238 hasAuthorship W3158200238A5044524448 @default.
- W3158200238 hasAuthorship W3158200238A5062951249 @default.
- W3158200238 hasAuthorship W3158200238A5064429093 @default.
- W3158200238 hasConcept C104317684 @default.
- W3158200238 hasConcept C109110057 @default.
- W3158200238 hasConcept C159047783 @default.