Biotechnology has revolutionized agriculture through innovations such as genetically
modified (GM) technology and CRISPR/Cas9 genome editing. In this review, a comparative …

Background International agreements and domestic legislation regulate genetically modified
(GM) crops for environmental release, recognizing that genetic engineering could result in …

Much of what we know about the genetic basis of herbicide resistance has come from
detailed investigations of monogenic adaptation at known target‐sites, despite the …

Background The continuous use of the herbicides contributes to the emergence of the
resistant populations of numerous weed species that are tolerant to multiple herbicides with …

Technologies like genetic modification and editing (GME) present exciting opportunities to
improve ecological sustainability and biodiversity. They do, however, have several ethical …

Brazil is one of the largest global producers of genetically modified crops and a center of
origin and diversification of relevant species for agriculture and food. Transgenic …

Transgenic soybean is the commercial crop with the largest cultivation area worldwide.
During transgenic soybean cultivation, exogenous genes may be transferred to wild …

While some genetically modified (GM) plants have been targeted to confer tolerance to
abiotic stressors, transgenes are impacted by abiotic stressors, causing adverse effects on …

In Europe, genetically modified organisms (GMOs) are subject to an authorization process
including a mandatory risk assessment. According to the respective guidance by the …

RESUMO A industrialização da agricultura e da pecuária, além de gerar um ambiente
propício à disseminação de agentes infecciosos, é responsável pelo uso generalizado de …