Call for a review of risk assessment methods for GM crops and glyphosate-based herbicides based on new studies which employed the latest ‘omics’ techniques to disprove earlier claims of safety. […]
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Call for a review of risk assessment methods for GM crops and glyphosate-based herbicides based on new studies which employed the latest ‘omics’ techniques to disprove earlier claims of safety. […] A new study disproves claims that a GM Roundup-tolerant maize is ‘substantially equivalent’ to its non-GM counterpart, highlighting the need for a more thorough evaluation of the safety of consuming products derived from this GM maize on a long-term basis […] At the meeting of the Cartagena Protocol on Biosafety in Cancun, Mexico, the continued work on risk assessment under the Protocol is under threat. […] Testbiotech has analysed current EU standards for the risk assessment of genetically engineered plants for use in food and feed and found them to be inadequate. […] Two studies which have examined the combinatorial effects of Bt toxins in stacked GM crops and the biosafety and biological effects of Bt toxins on mammals have found a serious gap in knowledge about these effects. […] A new report identifies the scientific uncertainties, knowledge gaps and research needs related to the introduction, use and environmental assessment of GMOs. […] The republication of Seralini et al. has exemplified a trend where commercial interests undermine the scientific process when the findings are controversial and threaten industry interests. […] A review of 30 studies on compositional analysis and animal feeding trials of glyphosate-tolerant GM crops has found that evidence produced by industry is of insufficient standard for regulatory purposes and does not take into account glyphosate residues. […] A new paper recommends a systems-based approach to the assessment of GMOs, as standard risk assessments are limited and inadequate to address the range of concerns that exist. […] A new study published in the journal PLOS One has demonstrated that gene expression and content of Bt toxin in GM maize cannot be reliably predicted, particularly under stressful conditions. […] |
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