Abstract
Removing trans fatty acids (TFAs) from the food supply in the Eurasian Economic Union (EAEU) are one of the most effective public health interventions for reducing the risk of noncommunicable diseases. EAEU Member States have taken important steps to reduce TFA in oil and fat products to <2% of the total fat content. The authors summarize existing policies in the region, identify challenges in implementation, and suggest measures to strengthen regulation to achieve compliance with WHO guidelines. Documents published between 2011 and 2019 in Russian and English were reviewed, including EAEU and Member State restrictions on TFA in food products, data on TFA content in foods, and food labeling policies. The EAEU has established TFA limits in oil and fat products; however, Member States are currently not achieving the WHO guideline of <2% of total fat content in food products. A lack of harmonized monitoring systems and sanctions create challenges in monitoring compliance. The authors recommend developing an EAEU‐wide monitoring system to test TFA content and organize population intake surveys. Discrepancies exist within regulatory frameworks that allow higher levels of TFAs in dairy products and infant formula. The authors recommend extending the current regulation to mandate TFA limits for all food products. Research found that strengthening regulation to meet the WHO guidelines should be prioritized. Member States should implement actions to replace TFAs with healthier fats, develop standardized surveillance methods, and scale‐up strategic communication to ensure the food industry and the public follow public health recommendations to protect the health of the EAEU population.
Keywords: coronary heart disease, Eurasian economic union (EAEU), Technical Regulation, Trans fatty acid (TFA), World Health Organization (WHO)
1. INTRODUCTION
Industrially produced trans fatty acids (TFAs) remain a global killer and a significant contributor to noncommunicable diseases (NCDs). It is estimated that removing TFA from the food supply could prevent 500 000 coronary heart disease (CHD) deaths each year. 1 Consumption of TFA in the diet raises the risk of CHD as it increases low density lipoprotein levels, inflammatory markers and endothelial damage while decreasing high‐density lipoprotein levels. 2 Removing TFA from the diet is known to be an effective intervention to reduce the risk of NCDs.
CHD is the primary cause of premature mortality globally. The highest rates of cardiovascular disease (CVD) mortality in the Eurasian Economic Union (EAEU) region are in Russia and Belarus for men, and Kyrgyzstan for women. 3 In Kazakhstan, the mean TFA content for commonly available street foods was up to 144.3% of the recommended maximum daily intake. 4 In the capital cities of Armenia and Kyrgyzstan, approximately 50% of the fat in foods were TFAs. These trends represent the high levels found elsewhere in the country and across the region. 5
In 2018, the World Health Organization (WHO) published the REPLACE action package which provides a menu of evidence‐informed policy actions to implement WHO guidelines of restricting TFA levels to less than 2% of total fat content in all food products. This tool was developed in line with evidence of what works to reduce TFA in achieving the goal of global elimination of TFA from the food supply by 2023. In 2004, Denmark mandated restrictions on TFA which resulted in a reduction of annual CHD mortality by 10.4%. 6 The United States, Canada, and other countries in Europe have since implemented policies restricting TFA content in food. 7 , 8
In January 2018, Technical Regulation (TR) of the EAEU Customs Union (CU), TR CU 024/2011 "On Oil and Fat Products" (the Regulation), came into force after a seven‐year transition period. The Regulation states that the permissible level of TFAs for a specific list of vegetable oil and animal fat products should not exceed 2% of the total fat content in the product. The Regulation also establishes packaging, labeling, and associated production process, storage, transportation, and sale requirements for oil and fat products released into circulation in EAEU Member States. Governments of the individual EAEU Member States are responsible for implementation, risk management, and communication of all EAEU regulations.
It is estimated that if WHO guidelines were fully implemented, the resulting reduction in the burden of TFA‐related disease in EAEU Member States could have prevented up to over 26 000 deaths and up to 508 183 disability‐adjusted life years (DALYs) in 2017. 9 However, at country level, there are multiple discrepancies between TFA permissible limits in regulatory documents and challenges for policy implementation. Several policy options exist to reduce TFA intake. However, there has not yet been a detailed review on the extent of the adoption of WHO guidelines within the EAEU by the Regulation. This paper will summarize existing TFA policies in the EAEU region following adoption of the Regulation, identify challenges for implementation, and identify measures to expand the Regulation to cover all food products. The aim is to ensure compliance with WHO guidelines and best practices for the elimination of TFA from the global food supply.
2. METHODS
We performed a comprehensive review of documents relating to TFAs in Member States of the EAEU including Armenia, Belarus, Kazakhstan, Kyrgyzstan, and the Russian Federation. Online data sources included WHO documents, TRs on the TFA restrictions in the EAEU, Eurasian Economic Commission (EEC) statements, and Member State‐specific information. Existing policies on TFAs, market and sales data, export and import data, TFA content in foods, food labeling laws, and dietary TFA intake and awareness among consumers in the EAEU were considered within the scope of the review. Data on TFA content in available foods were identified in the results of WHO surveys and in documentation collected from research institutions engaged in this topic including universities, federal research centers, Federal Service for Veterinary and Phytosanitary Surveillance (Rosselkhoznadzor), experts of Solnechnye Produkty, industry experts, NGO Roscontrol, Russian Quality System (Roskachestvo), NGO Obshestvenny control. A qualitative methodology was employed to group documents and compare extracted data on national TFA content with the Regulation and WHO guidelines. Similarities and differences between the Regulation and other regulations which establish TFA limits, namely TR CU 021/2011 “On Food Product Safety”, TR CU 022/2011 “On Food Product Labelling”, and TR CU 033/2013 “On the Safety of Milk and Dairy Products” were evaluated.
Media reports and press‐conferences were also included as the availability of published research articles related to the Regulations was limited. Food industry reports and resources from discussions with food officials and advocates were also evaluated.
Online search inclusion criteria were items published between 2011 and 2019 in the Russian or English language, documents examining TFA policy in the EAEU and EAEU Member states, and data relevant to TFAs, food, nutrition, health, policies, legislation, regulation, advertising, labeling, and taxation. Based on the inclusion criteria, documents not matching this were excluded.
Relevant documents were identified by searching Web sites of the EAEU, the Eurasian Economic Commission (EEC), EAEU Member States Governments, ministries, services and agencies, and research centers. The Web sites of the European Commission, European Union, Organization for Economic Co‐operation and Development, United Nations (UN), WHO, FAO, and World Trade Organization were also searched for additional official publications. PubMed, eLibrary, the EBSCO online research databases, the JSTOR electronic library, and the Google Scholar web search engine were scrutinized for English and Russian language articles using the following keywords in various combinations: EAEU; Armenia; Belarus; Kazakhstan; Kyrgyzstan; Russian Federation; EEC; WHO; trans fats; trans fatty acids; industrially produced trans fats; trans‐isomers of fatty acids; food; nutrition; market; production; export; import; food safety; food security; advertising; taxation; labeling; policies; consumption; health; availability; access; agriculture; noncommunicable diseases; cardiovascular disease; coronary heart disease; burden of disease; prevention; surveillance; public health.
3. RESULTS
The EAEU and its Member States are currently not achieving the WHO guideline to restrict TFA content to less than 2% of total fat content in all food products. WHO guidelines limit TFA intake to no more than <1% of dietary energy from TFA per day. For each numbered point below, the authors address the Regulation, summarize to what extent the Regulation has been adopted across the region, outline the main challenges of implementation of the Regulation, and make recommendations to address these challenges based on policy measures from REPLACE action package and best country practices. The authors recommend these challenges be addressed promptly in order to best protect people living in the EAEU from the harms of TFA and achieve the WHO target of eliminating TFA from the global food supply by 2023. These recommendations apply to stakeholders involved in policy implementation and surveillance: (A) EAEU, (B) EEC and EAEU Member States, (C) private business, food industry, and retailers, (D) public health, nutrition experts, food industry experts, civil society and NGOs, and (E) mass media and consumers.
3.1. Policy surveillance and sanctions
The Regulation mandates the permissible level of TFAs for a fixed list of oil and fat products to be limited to 2% of the total fat content. Data on TFA content in various foods in EAEU Member States between 2016 and 2018 are summarized in Table 1. It is evident that many of the products available in the EAEU Member States have TFA levels that exceed the Regulation and WHO guideline limits. On April 5, 2012, the Plan of Implementation of the Regulation stated that authorized bodies of surveillance in each EAEU Member State are responsible for implementation of guidelines, monitoring compliance with requirements, and applying sanctions in case of non‐compliance. 10 These bodies are listed in Table S1.
TABLE 1.
Data on TFA content in various foods in EAEU member states, 2016‐2018, from WHO surveys, official sources and research centers
| City, product | Year, source | Food Source: TFA content |
|---|---|---|
| Kyrgyz Republic | ||
| Bishkek, most commonly available foods from street food vendors | 2016, WHO FEEDCities project 1 |
Industrial wafers: 3.78 g (170.4%) Homemade manty (a boiled or steamed pasta‐wrapped snack usually filled with a spicy meat mixture): 2.86 g (128.9%) Homemade samsa: 1.57 g (70.8%) Mean TFA content per average serving (% of recommended maximum daily intake of TFA on the basis of a reference daily intake of 2000 kcal for an average adult) |
| Republic of Kazakhstan | ||
| Almaty, most commonly available foods from street food vendors | 2017, WHO FEEDCities project 2 |
Homemade pirozhnoe: 3.20 g (144.3%) Industrial wafers: 1.98 g (96.1%) Homemade shashlik: 1.87 g (84.5%) Mean TFA content per average serving (% of recommended maximum daily intake of TFA (on the basis of a reference daily intake of 2000 kcal for an average adult) |
| Aktau, most commonly available foods from street food vendors | 2017, WHO FEEDCities project 2 |
Industrial wafers: 1.77 g (79.9%) Biscuits: 0.94 g (42.7%) Mean TFA content per average serving (% of recommended maximum daily intake of TFA on the basis of a reference daily intake of 2000 kcal for an average adult) |
| Kyzylorda, most commonly available foods from street food vendors | 2017, WHO FEEDCities project 2 |
Industrial wafers: 5.05 g (227.1%) Homemade donor kebab: 0.75 g (34%) Mean TFA content per average serving (% of recommended maximum daily intake of TFA on the basis of a reference daily intake of 2000 kcal for an average adult) |
| Almaty, packaged food from city supermarkets | 2016, Kazakh National Medical University 3 |
Median proportion of TFAs of total fat content in
The average content of TFAs per 100 grams of product was 14.69 grams. The maximum and minimum content of TFAs in the samples was from 27.24 to 4.68 grams. |
| Russian Federation | ||
| Moscow, packaged food | 2017, PhD thesis research – Federal Scientific Centre for Food Systems named after V.M. Gorbatov 4 |
Maximum amount of TFA of total fat content:
|
| Falsification of milk products with vegetable oils | 2018 [July] Rosselkhoznadzor official presentation 5 | Up to 20‐25% of milk products samples are falsified with vegetable oils that were not declared by manufacturer. Most often are falsified butter, curd cheese, condensed milk, and cheese. |
| Falsification of milk products with vegetable oils | 2018 [September] Research institute of fat replacers under Rosselkhoznadzor 6 | Methods of falsification of milk over the past 2‐3 years have not changed, despite the January 1, 2018, regulation which prohibited TFA content above 2% of fat content. TFAs are found in substitutes of milk fat. |
| Oil and fat products | 2014, experts of Solnechnye Produkty holding 7 |
Content of TFAs of total fat content in products:
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| Packaged food, supermarkets | 2017, NGO Roskachestvo 8 | Polyot Cookies: 4.1% TFA of total fat content. |
| Moscow, packaged food from supermarkets | 2018 [October 30], NGOs Roscontrol ‐ “Rostest‐Moskva” 9 | In “Red October” factory candies: 22.2% TFA of total fat due to cocoa butter substitutes and milk fat substitutes which contain partially hydrogenated oils (PHO) |
| Saint‐Petersburg, packaged food | 2018, Obshestvenny control”, consumers NGO 10 | The Krestyanskoye spread (Alkond LLC): more than 10% TFA of total fat. |
| Republic of Belarus | ||
| Republic of Belarus, candies from three confectionery factories (CF) | 2016, tested at Kaunas University of Technology at a journalist initiative 11 |
Contents of TFAs of total fats in products of
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Content of TFA found in available food products in each of the Member States of the EAEU collected by WHO surveys, official sources and research centers from 2016 to 2018. It is evident that there are multiple food products with TFA content that exceed WHO guidelines and best country practices. WHO = World Health Organization; TFA = trans fatty acids.
The main challenge for policy surveillance is the lack of systematic and standardized surveys of TFA content in food products and population intake. The Member State authorized bodies for surveillance are composed of various sectors and their coordination is unknown. Authors recommended developing an EAEU‐wide surveillance system to monitor compliance with the TFA restriction and strengthen coordination. Regular meetings between authorized bodies and publication of findings can further strengthen and harmonize surveillance. Laboratory capacity can be improved to enable accurate measurements of TFA content in all available foods to help guide TFA restriction.
Currently, there are Member State‐specific sanctions for violations of the Regulation that apply to the local manufacturer, the foreign manufacturer of imported products, and to the seller. The sanctions of three EAEU Member States for releasing products into circulation that exceed the TFA permissible limit are listed in Table S2. These sanctions are not harmonized across the region and are not strongly supported by government advice or support of media coverage. It is recommended that these sanctions be more strongly enforced and supported by media coverage to encourage public advocacy and compliance. This could also be supported by maintaining a public database of manufacturers and reporting those that are not meeting the regulated limits. A summary of challenges and recommendations on policy surveillance and sanctions are found in Table 2.
TABLE 2.
Challenges and recommendation on policy surveillance and sanction
| Challenges | Recommendations |
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Challenges posed by the lack of policy surveillance in the EAUE Member States and recommendations based on policy measures from REPLACE action package and best country practices are presented. EAEU, Eurasian Economic Union; TFA, trans fatty acid; SFA, saturated fatty acid; TRs, technical regulations; WHO, World Health Organization; PHO, partially hydrogenated oils. Recommendations apply to (A) EAEU, (B) EEC and EAEU Member States, (C) private business, food industry, and retailers, (D) public health, nutrition experts, food industry experts, civil society and NGOs, and (E) mass media and consumers.
3.2. Related technical regulations
Related TRs that establish restrictions on TFA content are TR CU 021/2011 “On Food Product Safety”, TR CU 022/2011 “On Food Product Labelling”, and TR CU 033/2013 “On the Safety of Milk and Dairy Products” displayed in Table S3.
There are discrepancies in the permissible levels of TFA between the different TRs that set TFA limits. According to “On the Safety of Milk and Dairy Products”, the TFA limit for milk replacers for feeding young children allows up to 3% of the total fat content. For products containing dairy, such as cream vegetable spreads, the permissible TFA level is 8% of the total fat content. “On Food Product Safety” limits breast milk substitutes to no more than 4% and restricts the use of partially hydrogenated oils (PHOs) in baby food. “On Food Product Labelling” sets no requirement for the amounts of saturated fatty acids (SFAs), monounsaturated fatty acids (MUFAs), polyunsaturated fatty acids (PUFAs), and TFA on food labels, nor requires separation between SFA and TFA when labeling fats.
The authors recommended amending “On Food Product Labelling” to introduce separate labeling of TFA and SFA content in oil and fat products, dairy products, and food imported into the EAEU. The Regulation restricts hard‐to‐read font sizes and contrasting backgrounds (Table S4), whereas “On Food Product Labelling” does not mandate the appearance of labels. To address this discrepancy, it is recommended to revise “On Food Product Labelling” to restrict hard‐to‐read font sizes and contrasting backgrounds.
The main challenge of “On the Safety of Milk and Dairy Products” is the combination of dairy and milk‐containing products in one legal field. Hydrogenated fats and oils are often used in the manufacturing of dairy and milk products resulting in a significant increase in TFA content. Authors recommended introducing the concept of falsification in “On the Safety of Milk and Dairy Products” by including food quality indicators, labeling requirements, and expanding the methodological framework for verifying the authenticity of food products.
To address the discrepancy of permissible TFA limits between the TRs, authors recommended increasing cooperation between TR development groups and mandate inclusion of experts in public health, nutrition, and consumer protection organizations. This will balance political and industrial interests, ensure policy coherence, and align TFA limits to the WHO guidelines.
A summary of challenges and recommendations on related technical regulations are found in Table 3.
TABLE 3.
Challenges and recommendations for related TRs
| Challenges | Recommendations |
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Challenges on the discrepancies between TRs and how to address these challenges are recommended based on policy measures from REPLACE action package and best country practices. TR, technical regulation; NGO, nongovernmental organization; EEC, Eurasian Economic Commission; TFA, trans fatty acid; EAEU, Eurasian Economic Union; PHO, partially hydrogenated oil; WHO, World Health Organization; HACCP, Hazard Analysis and Critical Control Point. Recommendations apply to (A) EAEU, (B) EEC and EAEU Member States, (C) private business, food industry, and retailers, (D) public health, nutrition experts, food industry experts, civil society, and NGOs, and (E) mass media and consumers.
3.3. Current level of policy implementation
The Regulation was enforced after a seven‐year transition period, with previous permissible levels of 20% for solid margarines and specialty fats, and 8% for vegetable oil and animal fat derived products. The Regulation states that by January 1, 2018, the TFA content for the specified list of oil and fat products were to have less than of 2% of the total fat content. However, governmental and industry bodies have raised concerns that the time allowance is not sufficient for adoption of this limit nationwide. (Table S5).
We recommend that the EEC provides support while facilitating conditions that are conducive to the development of advanced equipment, technologies, machinery, and revise TRs with recipes for reformulation. The EEC Plan of Measures should include tools to implement the Regulation and promote the import of healthy fats. Replacing TFAs with healthy fats and oils should be emphasized in all settings, including prisons, hospitals, and schools. A summary of challenges and recommendations on the current legal state and the replacement of TFAs are found in Table 4.
TABLE 4.
Challenges and recommendations for current level of policy implementation
| Challenges | Recommendations |
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This table identifies the challenges in the current level of policy implementation and the lack of recommendation to replace TFAs with healthier fats and oils. Recommendations were made based on policy measures from REPLACE action package and best country practices. TFA, trans fatty acid; EEC, Eurasian Economic Commission; EAEU, Eurasian Economic Union; PUFA, polyunsaturated fatty acid; MUFA, monounsaturated fatty acid; SFA, saturated fatty acid; CU, customs union; PHO, poly hydrogenated oils. Recommendations apply to (A) EAEU, (B) EEC and EAEU Member States, (C) private business, food industry, and retailers, (D) public health, nutrition experts, food industry experts, civil society and NGOs, and (E) mass media and consumers.
3.4. Awareness of technical regulation
Awareness of the TFA regulation among policy makers, businesses, experts and consumers is currently low in the EAEU Member States. The EAEU and Member States should publicly commit to adopting TFA regulations, promoting TFA replacement, and enforcing TFA regulation. Public awareness of the importance of TFA elimination and the harmful effects of TFA on health is not widespread. Estimates on the economic burden of TFA consumptions needs to be adequately communicated to policy makers, the food industry, and other stakeholders. Awareness could be increased through a multi‐faceted communication campaign through media publications, conferences, position papers, and reporting of compliance with the Regulation. Children are susceptible to advertising of food products high in TFAs. We recommend mandating restrictions on advertising of food high in TFA, SFA, added sugar and salt to children as a shorter‐term steppingstone toward measures banning TFAs in food. Caterers and food outlets should be educated on the TFA restriction, how to limit TFA in foods without increasing SFAs, and the health benefits of replacing TFAs with healthy fats. Table 5 outlines challenges and recommendations of the TFA restriction awareness.
TABLE 5.
Challenges and recommendations of awareness of technical regulation
| Challenges | Recommendations |
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Lack of awareness poses challenges in implementation of the Regulation. Recommendations based on policy measures from REPLACE action package and best country practices are suggested to address these challenges. TFA, trans fatty acid; EAEU, Eurasian Economic Union; DALY, disability‐adjusted life year; WHO, World Health Organization; EEC, Eurasian Economic Commission; NGO, nongovernmental organization; NCD, noncommunicable disease; PUFA, polyunsaturated fatty acid; MUFA, monounsaturated fatty acid; SFA, saturated fatty acid. Recommendations apply to (A) EAEU, (B) EEC, and EAEU Member States, (C) private business, food industry, and retailers, (D) public health, nutrition experts, food industry experts, civil society, and NGOs, and (E) mass media and consumers.
Table References
1.FEEDcities Project: The Food Environment Description in Cities in Eastern Europe and Central Asia ‐ Kyrgyzstan. Copenhagen: WHO Regional Office for Europe 2017.
2.FEEDcities Project: The Food Environment in Cities in Eastern Europe and Central Asia – Kazakhstan. Copenhagen: WHO Regional Office for Europe;2019.
3.Li M, Bykybaeva S, Hasenova G, Bakirova M, Tarakova G, Ergeshbayeva R. Content of trans‐isomers of fatty acids in confectionary products. Medicine (Almaty). 2016;11:124‐129.
4.Sergeevna R. Development of technology of confectionery products with use of fruit raw materials based on improvement of system of quality evaluation. In. Moscow Dissertation for candidate of technical sciences degree; 2018.
5.Transfats: useful for economy, but harmful to human. What will win? . Komsomolskaya Pravda. https://www.alt.kp.ru/video/651764. Published May 17 2018. Accessed January 15, 2019.
6.About the methods of falsification of dairy products. Federal Service for Veterinary and Phytosanitary Surveillance. http://www.fsvps.ru/fsvps/news/17481.html. Published June 20, 2016. Accessed January 15, 2019.
7.Sultanovich Y, Duhu T, Tolkacheva D. Oil and Fats Journal. 2014;4:48‐51.
8.In most brands of oat cookies, from oats – only name. In. Confectionery Technologies Magazine. Moscow: Trade Technology LLC; 2017.
9.Candies “Red October”. Roscontrol. https://roscontrol.com/product/konfeti-krasniy-oktyabr. Accessed January 15, 2019.
10.Maksimova E. Network “Semishagoff” sells spreads with trans fats! Petersberg Quality. http://petkach.spb.ru/expertizy/9-2018/1546-set-semishagoff-torguet-spredami-s-transzhirami. Published October 15 2018. Accessed January 15, 2019.
11.EGU calculated quantity of trans fats in Belarusian candies. Green Network Society. http://greenbelarus.info/articles/01-12-2016/v-egu-podschitali-kolichestvo-transzhirov-v-belarusskih-konfetah. Published January 12 2015. Accessed.
12.Dyatlovskaya E. Rospotrebnadzor is willing to introduce punishment for falsified products. Agroinvestor. https://www.agroinvestor.ru/technologies/news/30463-rospotrebnadzor-khochet-vvesti-nakazanie-za-falsifikat. Published September 26 2018. Accessed January 15, 2019.
4. DISCUSSION
The authors evaluated an EAEU regulation that set a maximum limit on the content of TFA permitted in the EAEU food supply and conducted a critical evaluation of the challenges and barriers to implementation. From this evaluation, a number of key recommendations were made based on the REPLACE action package and best practice guidelines. If implemented, these recommendations will expand existing regulations, strengthen monitoring and enforcement, and help Member States of the EAEU restrict TFA levels to 2% of the total fat content in food products.
There are discrepancies between the different EAEU regulatory documents which establish limits on TFA content of foods. Some of the limits are much higher than the recommended maximum of 2% of total fat content, such as in dairy products (8%), infant formula (4%), and milk‐based baby food products (3%). No distinction is made between processed and unprocessed dairy products that contain only naturally occurring TFA. Meeting WHO guidelines and limiting the permissible TFA limit to 2% of total fat in all foods is potentially one of the most effective public health interventions for reducing NCD risks within the 176 million EAEU population. TFA reduction by mandatory regulation is listed in the WHO Best Buys document as an effective intervention with a cost‐effective analysis of <I$100 per DALY averted in low‐ and middle‐income countries. 11 Alignment of the varied regulations with the WHO guideline will provide policy coherence and reduce the known adverse health impacts of TFA consumption.
Currently, the Regulation lacks recommendations and requirements to replace TFAs with healthier fats. Replacing 1% energy of TFA with MUFA or PUFA decreases the total cholesterol/high‐density lipoprotein cholesterol ratio by 0.54 and 0.67, respectively, which are associated with a lower risk of CHD. 12 Revision of TRs to include oil and fat labeling requirements are likely to demonstrate health benefits similar to countries across the globe that have adopted WHO guidelines. Labeling would make further regulation easier in the EAEU by incentivizing industries to reformulate recipes and meet TFA limits. For example, Canada adopted mandatory labeling regulations, which was directly associated with a 30% reduction in population TFA intake 13 and a 35% reduction in breastmilk TFA content. 14 In the United States, TFA labeling was associated with a 58% decrease in blood plasma TFA levels. 15
Data from WHO surveys, official sources, research centers, and NGOs suggest persistently high TFA levels in popular food products in the EAEU. There is potential for an EAEU‐wide surveillance system to be established in monitoring food composition and population intake. Workshops to help build laboratory capacity and technology, such as national laboratory training workshops organized by WHO, will be essential in improving surveillance and enable stronger enforcement of the Regulation. 16 Although it may be costly, this effort is necessary to facilitate the implementation of TFA restrictions the EAEU.
This paper is the first review on the challenges in implementation of the Regulation in the EAEU, introducing recommendations on how to improve and expand TFA restriction policies in line with WHO guidelines and best practice policies. Strengths of the study include extensive searches across multiple platforms in both the Russian and English languages. There are also several limitations. Public policy research is a difficult area to study as there are multiple and complex factors that shape and influence policy implementation. This may have led to audiences or stakeholders left out of recommendations, or the omission of documents despite the review of diverse range of materials from difference sources. This format also relied on the judgment of experts to decide on the information to include in the review.
5. CONCLUSION
As part of the UN Sustainable Development Goal 3.4, the global community has committed to reducing premature death from NCDs by one third by 2030. Our research found that existing regulations in the EAEU need to be expanded and implementation harmonized. Going forward, there are opportunities for EAEU Member States to work together to implement effective actions to replace TFAs with healthier fats, develop standardized surveillance methods, and scale‐up strategic communication to ensure food industries and consumers follow public health recommendations. Full implementation of the TRs and WHO recommendations is achievable and expected to have a significant impact on public health in the EAEU.
DISCLOSURES
The writing group takes sole responsibility for the content of this article and the content of this article reflects the views of the authors only. Stephen Whiting, Chizuru Nishida, Kremlin Wickramasinghe, and João Breda are staff members of the World Health Organization. The World Health Organization is not liable for any use that may be made of the information contained therein.
Supporting information
Table S1‐S5
ACKNOWLEDGMENTS
We would like to acknowledge the support of the mentorship collaboration consisting of U.S. Centers for Disease Control and Prevention, Resolve to Save Lives, World Hypertension League, and Lancet Commission on Hypertension Group. This analysis was also supported by Bloomberg Philanthropies and Resolve to Save Lives, an initiative of Vital Strategies, through a grant to the National Foundation for the Centers for Disease Control and Prevention Inc (CDC Foundation). The authors gratefully acknowledge support from a grant from the Russian Government in the context of the World Health Organization European Office for the Prevention and Control of Noncommunicable Diseases.
Demin A, Løge B, Zhiteneva O, et al. Trans fatty acid elimination policy in member states of the Eurasian Economic Union: Implementation challenges and capacity for enforcement. J Clin Hypertens. 2020;22:1328–1337. 10.1111/jch.13945
Funding information
Resolve to Save Lives is funded by grants from Bloomberg Philanthropies; the Bill and Melinda Gates Foundation; and Gates Philanthropy Partners, which is funded with support from the Chan Zuckerberg Foundation.
The copyright line for this article was changed on 6th August 2020 after original online publication.
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Supplementary Materials
Table S1‐S5
