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the 35S promoter sequenceoriginatingfrom the cauliflower mosaic virus
The most commonly used promoter for such whole plant expression ... the 35S promoteroriginatesfrom the cauliflower mosaic virus
plant virusescausingmosaics ( e.g. , cauliflower mosaic virus
the onecausescauliflower mosaic disease
Agroinfection of transgenic plantsleadsto viable cauliflower mosaic virus
a promoter sequence of DNAoriginatedin the cauliflower mosaic virus
Researchers with the European Food Safety Authoritydiscoveredvariants of the Cauliflower mosaic virus
a more visible disease that is seen readily in infected plants in the paddockcausesa more visible disease that is seen readily in infected plants in the paddock
pathogenic changes in leaves of cauliflower and related plantscausespathogenic changes in leaves of cauliflower and related plants
important yield lossescausesimportant yield losses
in Monsanto 's GMO FoodDiscoveredin Monsanto 's GMO Food
the formation of inclusions in infected cellscausesthe formation of inclusions in infected cells
plants ’ leaves to become mottledcausesplants ’ leaves to become mottled
two cloning cassettes(passive) composed bytwo cloning cassettes
to the reactivation of dormant viruses and the generation of new virusescan leadto the reactivation of dormant viruses and the generation of new viruses
35S promoterled35S promoter
Two separate , and fairly unconventional , translational control systems ... ( CaMV , early work reviewed in ( Hohn and Futterer , 1992(passive) were discovered early onTwo separate , and fairly unconventional , translational control systems ... ( CaMV , early work reviewed in ( Hohn and Futterer , 1992
to expression in all plant parts throughout the entire lifecycle of the potatoleadingto expression in all plant parts throughout the entire lifecycle of the potato