Dokumentumok, ahol megtalálható:  cross-reactivity


Dokumentumok száma: 4


Cry1Ab toxin production of MON 810 transgenic maize
azonosítási szám:802
szerző(k):András Székács, Éva Lauber, Judit Juracsek and Béla Darvas
kulcsszavak:CR; Cry1Ab; DK-440 BTY; ELISA; GMO; MON 810; activated; anther wall; cross-reactivity; enzyme-linked immunosorbent assay; genetic event; genetically modified organism; grain; leaf; maize; phenological stages; pollen; protoxin; root; stem; toxin;
rövid leírás:Cry1Ab toxin levels, corrected for active toxin content using the CR values obtained, were monitored in maize DK-440 BTY through the entire vegetation period.

Megnyit


MON 810 ABC - 2010
azonosítási szám:813
szerző(k):András Székács, Éva Lauber, Eszter Takács and Béla Darvas
kulcsszavak:CR; Cry1Ab; DK-440 BTY; ELISA; GMO; MON 810; activated; cross-reactivity; enzyme-linked immunosorbent assay; genetic event; genetically modified organism; leaf; leaf sample; maize; necrotization; protoxin; toxin;
rövid leírás:Cry1Ab toxin content may suffer significant (SD=2,230 ng Cry1Ab toxin/g fresh leaf weight, p<0.01) decreases in the leaf due to necrotisation.

Megnyit


Analytical difficulties and certain biological aspects of Cry1Ab toxin determination in MON 810 genetically modified maize
azonosítási szám:6043
szerző(k):Takács Eszter, Darvas Béla and Székács András
kulcsszavak:Abraxis; Agdia; Bacillus thuringiensis; Bt-plant; Cry1Ab; DK-440 BTY; Darvas Béla; Dipel; ELISA; ERA; EnviroLogix; MON 810; Monsanto; Székács András; Talács Eszter; cross-reactivity; maize; matrix effect; preactivated toxin; protoxin;
rövid leírás:Reported Cry1Ab toxin concentrations in MON 810 maize show high variability: order of magnitude differences have been observed among various plant parts from different varieties, cultivated at different locations, and sometimes even within the same plant variety at a single location.

Megnyit


Environmental assessment of MON 810 maize in the Pannonian Biogeographical Region
azonosítási szám:6044
szerző(k):Székács András and Darvas Béla
kulcsszavak:Bacillus thuringiensis; Bt-crop; Bt-maize; Busseola fusca; Cry1-resistance; Cry1Ab; Daphnia magna; Darvas Béla; Datura stramonium; Dipel; ELISA; ERA; Fusarium; Helicoverpa armigera; Helicoverpa zea; IPM; Lepidostoma liba; MON 810; Monsanto; Nymphalis c-album; Nymphalis io; Ostrinia nubilalis; Pannonian Biogeographical Region; Plodia interpunctella; Rodics Katalin; Rubus; Spodoptera frugiperda; Sturmia bella; Székács András; Urtica dioica; Vanessa atalanta; co-existence; collembolan; cross-reactivity; cry gene; cypovirus 2; ecotoxicology; encapsulated Cry-toxin; endotoxin; environmental analysis; gene flow; glyphosate; herbicide tolerant weeds; national moratoria; pollen; pollination; preactivated toxin; protoxin; semi-finished product; stacked event; Ángyán József;
rövid leírás:MON 810 maize does not comply with IPM principles, as control cannot be limited to the period of pest damage above threshold level. The target insect, Ostrinia nubilalis is a practically inconsiderable pest in Hungary, therefore, the use of MON 810 maize is mainly groundless.

Megnyit