Genetically modified objects: myths and reality. Transgenic foods in human nutrition

Author(s):  
V.V. Filippova ◽  

The questions of the use of genetically modified organisms in human practical activity, the peculiarities of technology, the positive aspects for agricultural activity and the role of GMOs in medicine are discussed. Transgenic foods in human nutrition: opinions of their supporters and opponents

Author(s):  
Olena KOVAL

The issues of accounting and information provision of management, state and social control over biological assets with genetically modified forms are considered. The method of constructing a separate account of the availability of genetically modified biological assets (GMBA) and operations on their transformations has been developed, ways of improving the quality of the P (S) "Biological Assets" and IAS 41 "Agriculture" have been identified, which lies in the rethinking of the role of agricultural activity for social and environmental and environmental factors of human development. The analysis of accounting standards has shown that in the content of P (S) "Biological Assets" and IAS 41 "Agriculture" there is no information on the procedure for the accounting and control of biological assets and agricultural products from GMOs. In connection with this, it is necessary to find an integrated approach to building a system of accounting for biological assets with genetically modified organisms, in view of increasing public requests for accounting information in the context of sustainable development. Since GMOs are the assets of all agricultural enterprises in the form of biological assets and agricultural products, for the "transparent" accounting of the enterprise it is necessary to reflect them as separate objects of accounting. Mandatory allocation of relevant analytical accounts leads to the introduction of additional articles on genetically modified biological assets in the accounting registers of accounting and statistical reporting. The accounting of biological assets with genetically modified organisms should ensure that accurate information is obtained about the quality and quantity of these assets, and the basis for their reliable assessment. More responsibly should be placed on the disclosure of information on genetically modified biological assets in the Notes to the Financial Statements. We suggest that the accumulated information on biological assets from GMOs be reflected in a separate section in section 16 entitled "Financial Results from Primary Acceptance and Marketing of Agricultural Products from GMOs and Additional Biological Assets with GMOs". The introduction of a separate section in the notes on genetically modified assets will allow obtaining the necessary operational information on these assets for management needs and for the state as a whole. Information on the biological assets of the enterprise and their biological transformations, as well as agricultural products, are reflected in the Form 50-s. "Basic economic indicators of agricultural enterprises". We consider it expedient to supplement it with another section, which will reflect the information on the composition of production and marketing of agricultural products from GMOs. The financial statements of agricultural enterprises require changes in the reflection of the reassessment of biological assets and information on the production and sale of genetically modified assets. Information on GMO biological assets is currently absent from P (S) "Biological Assets" and IAS 41, although it is significant both at the enterprise level and on the basis of the country as a whole. Therefore, we consider it expedient to supplement the contents of the provisions with the section "Environmental safety", which will specify the method of constructing a separate accounting for biological assets with GMOs. Solving the problems of accurately displaying information in accounting and reporting regarding genetically modified biological assets and their biological transformations requires the adoption of new, regulatory and legal decisions by the state. Taking into account the harmonization of Ukraine's legislation with the EU, this statement is quite logical. In this regard, we propose the standard of accounting for agricultural activities to be supplemented with the section "State support", which, in addition to the norms reflected in IAS 41, found a place and provisions to stimulate the production of biological assets and agricultural products without genetically modified organisms.From the above, we believe that at the state level, companies should be required to account for biological assets and agricultural products from GMOs in accounting and reporting. The real steps in this regard are to create, with the help of economic incentives (taxes, loans, privileges, etc.), state support to companies that provide true information on the availability of biological assets from GMOs, the quantity of GM products grown and markets for its sales. Consequently, taking into account the advantages and disadvantages of a new accounting of agricultural activity, having identified the problems of its application in practice, we propose to finalize P (S) 30 "Biological Assets". The revised standard will facilitate more realistic accounting in agriculture and achievement of higher end results of activities in order to ensure the management of reliable and truthful information about the results of activities. Improvement of P (S) 30 "Biological Assets" lies in the rethinking of the role of agricultural activity for social and environmental and environmental factors of human development. The issue of "State support" and "Environmental safety" require separate disclosure in agricultural sectoral standards. The world standardization of accounting and reporting of the production of genetically modified products is also very important


2020 ◽  
Vol 30 (5) ◽  
pp. 1547-1564
Author(s):  
Xiaohui Wang ◽  
Yunya Song

PurposeThe spread of rumors on social media has caused increasing concerns about an under-informed or even misinformed public when it comes to scientific issues. However, researchers have rarely investigated their diffusion in non-western contexts. This study aims to systematically examine the content and network structure of rumor-related discussions around genetically modified organisms (GMOs) on Chinese social media.Design/methodology/approachThis study identified 21,837 rumor-related posts of GMOs on Weibo, one of China's most popular social media platforms. An approach combining social network analysis and content analysis was employed to classify user attitudes toward rumors, measure the level of homophily of their attitudes and examine the nature of their interactions.FindingsThough a certain level of homophily existed in the interaction networks, referring to the observed echo chamber effect, Weibo also served as a public forum for GMO discussions in which cross-cutting ties between communities existed. A considerable amount of interactions emerged between the pro- and anti-GMO camps, and most of them involved providing or requesting information, which could mitigate the likelihood of opinion polarization. Moreover, this study revealed the declining role of traditional opinion leaders and pointed toward the need for alternative strategies for efficient fact-checking.Originality/valueIn general, the findings of this study suggested that microblogging platforms such as Weibo can function as public forums for discussing GMOs that expose users to ideologically cross-cutting viewpoints. This study stands to provide important insights into the viral processes of scientific rumors on social media.


2018 ◽  
Vol 40 (6) ◽  
pp. 691-717 ◽  
Author(s):  
Qian Xu ◽  
Nan Yu ◽  
Yunya Song

This study adopted a quantitative content analysis to examine how source attributes of opinion leaders and their message framing influenced user engagement in the public discourse of genetically modified organism (GMO) on Chinese social media. The findings showed that different source attributes and message frames used by opinion leaders varied in their respective influences on three dimensions of user engagement—reposts, comments, and likes. The attribute of account verification only predicted surface-level engagement (i.e., liking), whereas account type significantly influenced in-depth engagement (i.e., reposting and commenting). The fact, opportunity, pro-GMO, and international frames positively predicted user engagement.


2006 ◽  
Vol 3 (1) ◽  
pp. 3-12 ◽  
Author(s):  
Paula Rey Garcia

AbstractPublic and political views on the regulation of genetically modified organisms (GMOs) and on the role of biotechnology continue to be extremely polarised in Europe. The EU started legislating on the authorisation and use of GMOs in the early 1990s. Despite the early regulation of this complex field, agricultural applications of biotechnology continue to be very controversial. In order to address public concerns and strengthen its regulatory framework, the EU reviewed its legislation on GMOs between 1997 and 2003. The cornerstone of the regulatory framework is Directive 2001/18/EC on the deliberate release into the environment of GMOS, whose provisions for placing on the market are the main focus of this article. The implementation of the Directive to date and the difficulties encountered will be briefly analysed.


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