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Two ecological risks associated with the use of transgenic crops are transgene movement into wild populations and effects on non-target organisms, suc...
Read moreThe development of transgenic technologies, coupled with sterile insect techniques (SIT), is being explored in relation to new approaches for the biol...
Read morePlant-parasitic nematodes are important pests of agriculture, and transgenic plants with potential for nematode control are currently being developed....
Read moreThe potential risks of accidental or intentional introduction of transgenic organisms to nature are unknown. We have previously shown that, after bein...
Read moreThe mass release of transgenic insects carrying female lethal self-limiting genes can reduce pest insect populations. Substantial releases are also a ...
Read moreWeed beets pose a serious problem for sugarbeet Beta vulgaris var. saccharifera crops. Traditionally, the only efficient method of weed control has be...
Read moreTo evaluate the potential effects of genetically engineered (transgenic) plants on soil ecosystems, litter bags containing leaves of non-engineered (p...
Read moreThree genotypes of alfalfa [lucerne] (Medicago sativa) plants (parental, transgenic α-amylase-producing and transgenic lignin peroxidase-producing) we...
Read moreThe growth of interspecific hybrids between oilseed rape (Brassica napus subsp. oleifera) and hoary mustard (Hirschfeldia incana) was studied in diffe...
Read moreThe evolution of resistance to pesticides by insect pests is a significant challenge for sustainable agriculture. For transgenic crops expressing Baci...
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