The plants provided are not only resistant to 2,4-dichlorooxy (2,4-D) and other phenyl auchin herbicides, but also to ariloxiphenyl acrylate herbicides. So far, no one expects or suggests that a single gene can be used to produce a factory with these two advantages. This list also includes plants that independently produce or pile up one or more enzymes, as well as other herbicide resistance genes, preferably a glyphosate resistance gene, in order to control weeds more widely and effectively and increase the flexibility of treatment.There are better ways to control herbicide resistance More specifically, the preferred enzymes and genes currently used are called the AAD gene and protein (ariloxalcanomoto dioxigenasa). It has not been reported that any dioxin enzyme controlled by a-cetoglutarato has the ability to degrade herbicides with different chemicals and modes of action.Crime is the basis of important opportunities for characterizing herbicide tolerant crops and for the development of alternative marking techniques. At present, there are also some methods to control weeds. This law allows mixed herbicides to be used in different ways. in additionMethods are provided to prevent and control the formation of weeds that are resistant (or, of course, more tolerant) to one or more herbicides, such as glyphosate. 1. Claim 1: select a method characterized by a variety of plant cells, which includes the transformation of multiple plant cells with polynucleotide, including a selected sequence of Section D No. 3, D. Sections D.4 and d.d.5 then cultured these cells into a herbicide concentration that allowed transformer cells to grow this polynucleotide while destroying or inhibiting the growth of unprocessed cells,The herbicide was selected from a group of herbicides, consisting of phenoxy and ariloxinphalcanoato.Se provee plantas que son no sólo resistentes al 2,4-diclorofenoxiacético (2,4-D) y otros herbicidas fenoxi auxínicos, sino también a los herbicidas de ariloxife
