食品安全与营养外文翻译文献
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China’s food safety:A brief Literature ReviewContents Introduction...............................................1 Status of food safety in China............................2 The theories about how to ensure China’s food safety.............4 Conclusion................................................7I IntroductionIn recent years,with the economic growth and development of populated large cities,Chinese consumers have showed more and more interest in the safety and quality of food.In light of the important role that food plays in national security,Chinese government has taken actions to ensure food safety.Although the measures have made a positive effect on food market,the frequent outbreaks of foodborne illness in China still remain a serious problem.Moreover,several major food safety issues have had international repercussions,seeing that China is also a major manufacturer and supplier of food in the world.In consideration of the worldwide consequences,China’s food safety issue has been a international problem.Therefore,China is now in need of an effective method to ensure food safety.II Status of food safety in ChinaFood safety assurance systems in China by Li Bai concludes that China’s food safety accidents were caused by two factors:contaminated raw materials,insufficient sanitation control and the introduction of foreign matters during food processing.The authors point out that food producers make unsafe food in order to make food look attractive and eventually gain more profits.Although stricter regulation caused an upward tendency of the food poisoning cases on the surface,China’s food safety is actually changing in a positive way.The research introduced China’s food safety issues from different aspects in the round and put forward strategic and median and long-term development plans for China’s national food safety system.Based on the above research results, the paper introduced China’s food safety assurance systems specifically and thoroughly.Understanding China’s food safety problem:An analysis of2387 incidents of acute foodborne illnesses by Jianhong Xue analyzes2387 individual incidents to understand the general trends and status of China’s food safety.With detailed information,the study provides comprehensive analyses from several perspectives to the understanding of China’s food safety status in the case of acute foodborne illness.The authors are able to determine the types of pathogens that have caused the foodborne illnesses and deaths.The food pathogens can be classified as“microorganism”,“man-made chemical hazards”,“plant toxin”and“animal toxin”.Given the diversity and sophistication of the Chinese food system,the author can roughly food as animal-based food,plant-based food and other food to trace the foods involved in foodborne illnesses.The authors also analyze the locations or settings in which food was consumed right before the incidents occurred to identify the responsible food pathogen and potential patients or victims.Additionally,the authors analyze the association between source of food contamination and acute foodborne illnesses.And the authors find out that human factors were the underlying causes of food contamination and foodborne illnesses. China food safety hits the“gutter”by Fangqi Lu focuses on the specific case about gutter oil in China food.Gutter oil,or illicit cooking oil that has been recycled from waste oil collected from restaurant fryers,drains, grease traps and slaughterhouse waste from“table to table”has emerged as a serious food-safety issue in China and exposed the shortcomings of China’s food-safety assurance systems.This paper investigates the industrial chain of production and sale of gutter oil in China.Moreover, the author discusses the impediments to and the government countermeasures being implemented in supervising the use of gutter oil in China.The positive lessons in monitoring use of gutter oil in China may help improve food-safety management throughout China and other developing countries.III The theories about how to ensure China’s food safetyLaw enforcement is key to China’s food safety by Hong-Gang Ni analyzes the failure of China’s current food safety management system.The authors come up with three reasons to the failure.China has focused on government supervision and administrative punishment,but failed to address the“civil liability”of food product manufacturers.Additionally,previous food laws did not nail down specific food safety management mechanisms to avoid overlapping monitoring and inefficiency.The final reason is the absence of explicit legal bases to guarantee the food safety risk assessment to be completed by independent scientists.Although there are various laws and regulations,but the current system has caused inefficiency.Therefore,the authors suggest reform of China’s food safety management mechanism and establishment of a public supervision system.The national food safety control system of China-A systematic review by Chenhao Jia focus on the international effects and assistance about China’s food safety problem.The authors argue that with the country’s economic development and increased role in the global market,the concern over Chinese food safety has been growing both inside and outside of China.The paper provides an initial analysis of the food control system in China based on the international guidance provided by theFood and Agriculture Organization and the World Health Organization.The system has five components:food law and regulation,food control management,inspection service,laboratory services and information,education,communication and training.Food safety assurance systems in China by Li Bai argues that the implementation of QS admittance system helped distinguish safety food from common food and optimized the structure of food market.To make QS system function more efficiently,it is necessary to shape an efficient regulation procedure against mini-companies and workshops and perfect inspection items to make them comparable with those of international standards.Besides the compulsive admittance system,more and more Chinese food companies have voluntarily implemented food safety consumer assurance systems in order to acquire more competition powers in domestic and international market.Policies and practices for aquaculture food safety in China by Edward I. Broughton indicates that there are growing concerns over the safety of aquaculture food products from China,which supplies70%of the world’s farmed fish food.The authors present a comprehensive literature review, supplemented with qualitative data obtained from interviews with experts in the field,to examine the policies and practices designed to ensure the safety of food produced by the Chinese aquaculture industry.The foodsafety system has many parts that are administered by different governmental organizations with poor coordination among them.The system operates as two entities:one for products destined for the export market and based largely on the requirements of importing countries,and the other with lower standards and levels of enforcement for domestic market products.The top-down approach focuses more on the end product rather than the production practices.There are several indications that regulations pertaining to antibiotic use are not being followed.The authors argue that the central government must work in concert with provincial and local authorities to improve the infrastructure for inspecting and tracking food from farms to the end consumers to ensure a greater degree of safety of aquatic food for the Chinese population.The paper also stressed the role of developed country aquaculture import regulations.The three importing powers,the US,Japan and members of the European Union operate on the‘‘principle of equivalence”for imported food,meaning exporting countries must demonstrate that its production methods achieve the importing country’s level of sanitary protection and food safety.Therefore,the three importing powers in large part determine the policies for antibiotic use and other production practices that prevail in China,at least in the export market.Economic development is ultimate determinant of food safety by Yao-Yu Lin holds the view that food safety belongs to economic issuesand regulated by local economic development level.In this study,the authors examines the correlation between economic development and food safety in China.The basic conclusion is that economic development stage is the key important control factor to food safety.Based on that,the authors suggest promoting economic development and global cooperation are keys to the improvement of world food safety.IV ConclusionIn fact,Chinese government has attached more and more attention to food safety because of the reduced Chinese consumers’trust in food industry and the loss caused by decreased foodstuff export value. Although data showed that status of food safety in China had changed in a positive direction,the government still faces a serious challenge to assure the safety of food supply.Based on analyzing the status of China’s food safety and the theories that many scientists and investigators have come up with from different angles.The papers analyzed the biological, psychological and financial causes of the problem in the whole food manufacture process.To solve the problem,the authors stressed the importance of law enforcement,international assistance,economic development and global cooperation.Having read the above literature concerning the food safety,we have no difficulty in finding that more and more scholars and professors begin to pay attention to the field.Since food incidents frequently take place in recent years,the research are rathermodern.However,most of the researchers are Chinese,while China need assistance of other developed countries in this case.And it will be of great help that foreigners look into the problem from their standpoint.Apart from the lack of English research,the quality of the study remains elementary.Besides economical reasons,I think we should also take sociological factors into consideration,since food incidents reflects the lack of responsibility and sympathy.Not only because of the lack of thorough and tough law,but also that the macro environment connive at illegal producers.We are all people living in the society,that theoretically our behaviors have always been affected by the culture,family,social status.That’s why I hold the opinion the social factors influence produces’actions to a large extent.Take gender for example,women are more likely to take food safety seriously considering the next generation out of motherhood therefore we can speculate that the gender of food producers affects their choices.Apart from gender,I believe that age,social relationships,social status and education all play a role in how food producers’weigh the pros and cons in the process of food manufacture.So it’s rather important and valuable to analyze sociology factors,and that requires sociology knowledge and much field research.I’m very interested in exploring the solutions to the problem in the Chinese food industry and managing agencies,I hope that I can make some contribution to this field by reading extensively and analyzing theliterature.ReferencesFangqi Lu,Xuli Wu.China food safety hits the“gutter”[J].Food Control,2014,41:.Yao-Yu Lin,Hui Zeng,Gui-Cai Li,Hong-Gang Ni.Economic development is ultimate determinant of food safety:A case study of China[J]. Environmental Pollution,2009,1585:.Edward I.Broughton,Damian G.Walker.Policies and practices for aquaculture food safety in China[J].Food Policy,2010,355:.Hong-Gang Ni,Hui w enforcement is key to China's food safety[J].Environmental Pollution,2009,1577:.Chenhao Jia,David Jukes.The national food safety control system of China–A systematic review[J].Food Control,2013,321:.Jianhong Xue,Wenjing Zhang.Understanding China's food safety problem:An analysis of2387incidents of acute foodborne illness[J]. Food Control,2013,301:.Li Bai,Chenglin Ma,Shunlong Gong,Yinsheng Yang.Food safety assurance systems in China[J].Food Control,2006,185:.。
English Composition on Food SafetyFood safety is a critical concern that affects the health and wellbeing of individuals across the globe.As the world becomes increasingly interconnected through trade and travel,the need for stringent food safety measures has never been more important.Here are some key points to consider when discussing food safety:1.Importance of Food Safety:Ensuring that food is free from harmful substances is essential to prevent foodborne illnesses.This includes monitoring for contaminants such as bacteria,viruses,parasites,and chemical substances that can cause health problems.2.Regulatory Frameworks:Governments worldwide have established regulatory bodies to oversee food safety.These organizations set standards and guidelines for food production,processing,and distribution to ensure that food is safe for consumption.3.Hazard Analysis and Critical Control Points HACCP:This is a systematic approach to food safety that identifies physical,chemical,and biological hazards in food production and establishes measures to control these risks.4.Traceability:The ability to trace food products back to their source is crucial in the event of a food safety incident.This helps in quickly identifying the cause and implementing corrective measures.5.Consumer Education:Educating consumers about safe food handling practices,such as proper storage,cooking,and hygiene,is vital in preventing foodborne diseases.6.Sustainable Practices:Sustainable farming and food production methods can contribute to food safety by reducing the need for harmful pesticides and promoting biodiversity.7.Global Cooperation:Food safety is a global issue that requires international cooperation.Sharing information,best practices,and technology can help to improve food safety standards worldwide.8.Technological Innovations:Advances in technology,such as blockchain for traceability and sensors for detecting contamination,are playing a significant role in enhancing food safety.9.Economic Impact:Food safety incidents can have severe economic repercussions, including loss of consumer confidence,trade disruptions,and financial losses for affected businesses.10.Future Challenges:With the rise of new food technologies and the increasing demand for food due to population growth,ensuring food safety will continue to be a complex and evolving challenge.Translation into Chinese食品安全是影响全球人民健康和福祉的关键问题。
英文文献资料外文文献一:Food safety: the shocking truth about the food industrySource: Author: Marion Nestle、Refrigeration technology, pasteurization, pesticides, disease control, these technologies so that safe food into the 20th century, public health's greatest achievements. This book view is that food safety problems also depend on politics. September 2001 events to dispel this view of the doubts about aviation aircraft used by terrorists as a destruction of weapons to civilians and public figures have anthrax spores sent folder of letters, the consequences of these events shows, food, water can easily become a a tool for terrorists, it has also become the federal government for food safety control problem.This chapter will sum up this book referred to in the various food safety problems. Some of them threatened to keep animals healthy, very few will lead to a number of human diseases. Even so, these issues impact on human well-being is deep; large-scale destruction of breeding animals, affecting the livelihood of many people, limiting personal freedom. The 20th century, 90's and early 21st century, an outbreak of mad cow disease and foot and mouth disease Although this is only because of errors caused by the production process, but still brings a lot of destructive. In contrast, bio-terrorism is the deliberate use of biological and chemical substances to achieve their political objectives. For food safety issues,Bio-terrorism extends food safety issues and political outreach; deliberate destruction, excluding any consequences of innocent injury.In this chapter, we will discuss how the rise of bio-terrorism, food safety issues and extend the extension of food safety issues. In the United States, food safety, usually refers to the family food supply reliability. E-mail from the anthrax incident, the food safety issues, also includes safety from biological terrorism. Our discussion will be the beginning of some zoonotic diseases: such as mad cow disease, foot and mouth disease, anthrax. In recent years, these zoonotic diseases harmful to humans is relatively small. Today, for these zoonotic diseases, we are concerned that they may give rise to disease, destruction of food supply system,To become a tool for bio-terrorism aspect. This chapter summarizes the discussion of this book, fromsociety and from a personal point of view what action should be taken to face these issues, as well as food safety issues present and future.The political animal diseasesOne of the consequences of globalization is that of food cross-border long-distance rapid transit, affecting food supply all kinds of disease can easily spread from one country to another country. Animal diseases have a commercial impact, if a country has come to infectious diseases of animals, other countries will refuse to import the kinds of animal meat. The impact of business at the same time there are political consequences.Britain's mad cow disease and foot and mouth disease occurred as a result of beef in the production process caused by mismanagement, compared to the U.S. anthrax letters is a result of vandalism. However, this three kinds of threatening to cause great panic, they are difficult to detect control, can cause severe disease. Moreover, these three kinds of threats against people for the food supply, as well as confidence in the Government.Mad cow is the mid-20th century, 90 of the most popular of a food security crisis, the epidemic is mainly limited to the United Kingdom. With regard to BSE-related issues and our discussion, mainly because of political issues and scientific issues intertwined Among them, public confidence had a great impact. For example, the British Government in the BSE crisis in the practice is also considered to result in distrust of genetically modified food one of the reasons. The beginning of the 20th century, 80 years, no one had heard of the disease, but in 1999, this disease affects at least 175,000 British cattle. The consequences are very serious: 400 million head of livestock were slaughtered, the loss of 70 billion U.S. dollars,Spread to 18 countries worldwide national boycott of British beef. By 2001 only, although "only" 120 people died of the human variant of mad cow disease, it is estimated the death toll will reach 10 million people. Because mad cow disease revealed the modern politics of food safety issues, it is worth detailing.英文文献中文翻译06013618 胡冬敏外文翻译一:作者:玛丽恩·内斯特尔出版时间:2004年11月食品安全:令人震惊的食品行业真相(美)玛丽恩·内斯特尔冷藏技术,巴氏消毒,杀虫剂,疾病控制,这些技术使安全食品成为20世纪公众健康最伟大的成就之一。
浅谈食品安全英语作文带翻译(5篇)高中英语写作是是考试的重点,要想考试拿高分,英语作文就应该勤加练习,今天呢,以下是漂亮的小编给家人们收集的浅谈食品安全英语作文带翻译【5篇】,希望对大家有所帮助。
食品安全英语作文篇一Frankly speaking,the great majority of chinese are a bit gluttonous,while unfortunately they have to be trapped in a terrible situation where they could hardly find safe food.They are unable to choose a reassuring milk powder for their baby,and they can’t find a cookshop without using gutter oil,and yes—they are worried about the food safety problems.Why are they so anxious about the food safety problems?Absolutely answer is the problems concern their physical importantly,inability of regulatory authorities to solve the problems makes them more fearful.In my opinion,food safety problem has a significant effect on the social stability.To figure out this matter,government and masses ought to be together in an effort to find ways out.First of all,there must be effective regulations to block the source of profit of the operator like tightening inspection of accounts and taxes.Secondly,treat the masses as a smart inspector.Clean off obstacles and accept the plaints of consumers.At last,the government should hold a press conference periodically to release the progress of governance activities.For above reasons, the food safety problem is a long-term undertaking which needs everyone’s striving.And we must move right now!食品安全的英语作文篇二Over the past couple of years, several cases of the food scandal have been disclosed on various media. The problem of food security has bee a hot button across society. The prevalence of food insecurity has greatly impacted public health, which the government could not afford to ignore, according to the online edition of the People Daily.在过去的几年中,几起食品丑闻案件已经在各种媒体上披露。
食品安全英语作文80词及翻译Food Safety。
Food safety is a very important issue that affects everyone. It refers to the handling, preparation, and storage of food in a way that prevents foodborne illness. Foodborne illness is caused by consuming food that is contaminated with harmful bacteria, viruses, parasites, or chemical substances. 。
There are several ways to ensure food safety. First, it is important to wash hands and surfaces often. This helps to prevent the spread of bacteria and other harmful substances. It is also important to separate raw meat, poultry, and seafood from other foods. This helps to prevent cross-contamination. 。
Another important aspect of food safety is cooking food to the right temperature. This kills harmful bacteria that may be present in the food. It is also important torefrigerate perishable foods promptly. This helps to slow down the growth of harmful bacteria. 。
食品安全外文文献第一篇:食品安全外文文献Food safety is affected by the decisions of producers, processors, distributors, food service operators, and consumers, as well as by government regulations.In developed countries, the demand for higher levels of food safety has led to the implementation of regulatory programs that address more types of safety-related attributes(such as bovine spongiform encephalopathy(BSE), microbial pathogens, environmental contaminants, and animal drug and pesticide residues)and impose stricter standards for those attributes.They also further prescribe how safety is to be assured and communicated.Liability systems are another form of regulation that affect who bears responsibility when food safety breaks down.These regulatory programs are intended to improve public health by controlling the quality of the domestic food supply and the increasing flow of imported food products from countries around the mon to the adoption of new regulations by developed countries is the application of risk analysis principles.Under these principles, and in line with the World Trade Organization’s(WTO’s)Agreement on the Application of Sanitary and Phytosanitary Measures(SPS Agreement), countries should base their regulatory actions on scientific risk assessment.In addition, a country should be able to clearly link its targeted level of protection, based on a scientifically assessed risk level, to its regulatory goals and, in turn, to its standards and inspection systems.Finally, the risk management options chosen should restrict trade as little as possible.Despite similarities in approach among developed countries, to date they have madeonly mixed progress toward aligning their regulatory requirements.Countries are struggling with the task of identifying key risk issues and choosing regulatory programs to control those risks.They emphasize different risks, apply different levels of precaution, and choose different regulatory approaches.The regulatory systems of countries are a mix of old laws and newer regulations that frequently do not apply consistent standards across products, risks, or countries of origin.Finally, countries may be tempted to use food safety regulations as a means of protecting domestic industries from foreign competition.These features of food safety regulation in developed countries have several implications for developing countries.First, they determine access to growing markets for food exports, particularly high-value fresh commodities such as those discussed in other briefs in this collection.When standards differ, this can create additional barriers for developingcountry exporters.Second, these features determine the issues that will be addressed in international forums, such as the Codex Alimentarius Commission.Third, they create expectations among developing-country consumers regarding acceptable levels of safety and set examples for emerging regulations in developing-country food systems.This brief reviews emerging regulatory approaches and the implications for developing countries.REGULATORY APPROACHES Countries regulate food safety through the use of process, product(performance), or information standards.Process standards specify how the product should be produced.For example, Good Manufacturing Practices specify in-plant design, sanitation, and operation standards.Product(performance)standards require that final products have specific characteristics.An example is thespecification of a maximum microbial pathogen load for fresh meats and poultry.Finally, information standards specify the types of labeling or other communication that must accompany products.While these categories provide a neat breakdown, in practice most countries use a combination of approaches to regulate any particular food safety risk.For example, specifications for acceptable in-plant operations may be backed up with final product testing to monitor and verify the success of safety assurance beling that instructs final consumers on proper food handling techniques may further back up these systems.MAJOR REGULATORY TRENDS IN DEVELOPED COUNTRIES • Stronger public health and consumer welfare emphasis in decisions by regulatory agencies.The increasing use of the risk analysis framework for regulatory decision-making focuses attention on the effective control of public health risks as the ultimate goal of regulations, rather than intermediate steps such as assuring that accepted practices are used in production.This in turn leads to a focus on the food supply chain, on identifying where hazards are introduced into it, and on determining where those hazards can be controlled most cost effectively in the chain.This approach is referred to as “farm to table” or “farm to fork” analysis.When the su pply chain extends across international borders, risk analysis may encompass farm or processing practices in developing countries.• Adoption of more stringent safety standards, with a broader scope of standards.Food safety standards are becoming more stringent in developed countries on two fronts.First, in many cases food safety attributes that were previously regulated are being held to more precise and stringent standards.For example, rather than assuring meat product safety simplythrough process standards, those products may be required to meet specific pathogen load standards for E.coli or Salmonella.Similarly, tolerances for aflatoxin may be lowered as more information and better testing become readily available.Second, the scope of standards is broadening, as new risks become known.For example, the European Union, the United States, and other countries have instituted strict feeding restrictions to avoid the spread of BSE in cattle.In addition, the European Union has recently established a regulatory program to control human exposure to dioxins through the food supply.These evolving standards create continuing challenges for producers and regulatory agencies in exporting countries.• Adoption of the HACCP approach to assuring safety.During the 1990s, developed countries made a strong shift toward requiring the Hazard Analysis Critical Control Point(HACCP)approach to assuring food safety.Under HACCP, companies are responsible for analyzing how hazards such as food-borne pathogens may enter the product, establishing effective control points for those hazards, and monitoring and updating the system to assure high levels of food safety.These HACCP systems are usually predicated on the processing plant having an adequate system of sanitary operating procedures already in place.HACCP does not prescribe specific actions to be taken in a plant: the company chooses its methods for controlling hazards.HACCP systems make clear that the central responsibility for assuring safety belongs to a company;the regulator’s job is often shifted from one of direct inspection to providing oversight for the company’s operation of its HACCP plan.Since HACCP is primarily a process standard for company-level activity, inspection to assure compliance is challenging for imported products coming from plants in othercountries.Some countries, such as those in the European Union, have mandated HACCP for all levels of the food supply chain, while others such as the United States have mandated it for specific sectors(meat slaughter and proces sing, for example).• Adoption of hybrid regulatory systems.Mandatory HACCP may be combined with performance standards for finished products.The performance standards(a minimum incidence of Salmonella in finished products, for example)provide a check on whether the HACCP plan is performing adequately.The increased use of performance standards has been facilitated by the development of more accurate and speedier testing procedures, particularly for pathogens.Eventually such tests may make it easier for exporters to demonstrate and verify a particular level of safety.食品安全受生产者、加工者、经销商、餐饮服务经营者决策的影响,也受到消费者和政府法规的影响。
The Oz Diet No more myths No more fads What you should eat—and whyThe first time I looked into an open chest cavity at a heart muscle working to pump blood through the body, I was brought up short by the tragic graffiti of atherosclerotic plaque. This waxy goo, often found in overweight people, builds up in the vessels surrounding the organ in which, philosophers tell us, the soul lives. But I quickly pushed any such distracting thoughts from my mind.I was learning to operate and was frankly thrilled at the prospect of harvestinga leg vein to bypass the blockage. Surgeons are trained to think that way, and rightly so. Do a good day's work and a life is saved, a bad day's work and a patient dies. No room there for anything but the job at hand.My objective was to heal with steel. That, in some ways, was the easy part. What confounded my colleagues and me was how and why our patients landed in our care in the first place — lying on a gurney, about to have their chest opened with a band saw. The biggest reason was often the simplest one: the food they ate.Our natural history as a species is a vast canvas of events whose peaks and valleys, successes and tragedies were often determined by the availability or scarcity of food — that is, until the 20th century. While famine remains a terrible reality in some parts of the world, most of us have almost unrestricted access to food. We produce a safe and abundant supply of fruits, vegetables, meats and dairy; we seal it, freeze it and protect it from spoilage and contamination. We even fortify it with vitamins and other healthy additives. (See photos from the exhibit Food and American Identity at the National Archives.)This was the kind of bounty early civilizations could only dream of. But our triumph of nutritional ingenuity has had an unfortunate inverse effect. A dietary free-for-all, in the U.S. and elsewhere, is producing not the healthiest generation in history but one in steady decline, with epidemics of obesity, cardiovascular disease and diabetes. More than two-thirds of U.S. adults, and more than a third of kids, are overweight or obese.The problem isn't that people don't want to eat well and be well. Trust me, no one who's ever been wheeled into my operating room is happy to be there. And the problem, believe it or not, isn't that they doubt the wisdom of a healthy diet. More often than you'd think, the problem is that a lot of folks just don't know what a healthy diet looks like — and why should they, since the rules keep changing?Time was, red meat was healthful, and pasta was bad; then pasta was great, and red meat was terrible, all of which lasted until the Atkins craze came alongand the rules flipped again. There were the Mediterranean diet and the South Beach diet and the low-fat diet and the grapefruit diet and, yes, thecabbage-soup diet, and all of them promised great things. Red wine is the newest route to health, unless of course it's dark chocolate — or unless it turns out to be neither. With every cure, it seems, comes a problem; every new truth somehow turns out to be part myth. (See photos of a worldwide day's worth of food.)The good news is that we now know so much more than we ever did about how food reacts in our bodies — how specific molecules affect specific functions of specific cells. And with that comes new insight into healthy eating that is more than just conventional wisdom or gimmickry. The era of myth and marketing is at last giving way to an era of hard fact. You'll like some of the new insights, and you won't like others, but you'd best get used to them. Unlike the fads and fashions that have come before, the facts aren't going anywhere soon.Up Is DownWant to get healthy? then forget about diet soda and low-fat foods. Instead, tuck into some eggs, whole milk, salt, fat, nuts, wine, chocolate and coffee.It's true. Despite conventional wisdom, all of those foods and many more can be beneficial to your body. But overindulge in them, and they can be as problematic as you've always been led to believe. The fact is that simple rules that divide things into good-food and bad-food categories tell you only a small part of the story. The rest of it is more complex than most folks know.(2 of 5)Take fat. Of all the parts of the average diet that we've been told to avoid, it's fats that have gotten beaten up the most. The very word seems to be an indictment of the substance: We don't want to be fat, so why in the world should we eat fat?But fats are by no means universally bad. Monounsaturated and polyunsaturated fats are actually recommended for good health. Monounsaturated fats — canola oil and olive oil — have been found to lower LDL cholesterol (the bad cholesterol) and raise HDL cholesterol (the good kind), thus reducing the risks of atherosclerosis and heart disease. Polyunsaturated fats like omega-3s lower LDL as well as reducing the risk of inflammation, heart disease and many other diseases. And omega-3s are also terrific for brain health. Bad fats generally include saturated fats (found in animal products), trans fats (found in hydrogenated and partially hydrogenated oils) and their cousin cholesterol (found in egg yolks, meats and dairy products). Even this general grouping, however, can be misleading: newresearch is finding that some saturated fats (like those found in coconut oil) may actually be good for you and that dietary cholesterol may not affect blood cholesterol as much as was once thought. The only fat that is universally accepted as bad is trans fat, and that's now been stripped out of most foods. (See photos of a movable feast.)The redemption of some fats — in moderation — is also leading to the redemption of the beleaguered egg. As a heart surgeon, I am continually struck by the variability in how people process dietary cholesterol. Most people have little issue with their blood-cholesterol levels after eating foods that are relatively high in cholesterol. But a few struggle with even small amounts of cholesterol in their diet. Those few, however, served as cautionary tales for everyone else, and so eggs and red meat, while dangerous if you eat them in excess, came to be seen as radioactive. Most physicians, however, are now comfortably recommending one egg with the yolk per day as an inexpensive source of high-quality protein, even though a few patients do need to be pulled off the program pending blood-cholesterol tests.Salt is another example of a demonized compound. While our hearts can't beat without it, too much sodium can increase blood pressure to dangerous levels — but only in 10% of the population, with African Americans being particularly sensitive. The only way to know for sure if you're salt sensitive is to check your blood pressure after you consume salt and compare it with when you've been relatively salt-free. But even if your numbers stay within a healthy range, don't go crazy with the saltshaker. Sodium mingles with other elements in processed foods and stimulates our appetite, so it can help pack on pounds. The good news is that almost all hypertensive people, i.e., those whose resting blood pressure is more than 140/90, will benefit from reducing their salt intake — a simple step that translates to an average of five extra years of life for the typical 55-year-old. (See the best food-writing books in the All-TIME 100 Best Nonfiction Books.)The reputation of red wine has similarly improved, to the delight of oenophiles. Resveratrol, an antioxidant found in grape skins, reduces the impact of bad cholesterol, which in turn reduces the risk of cardiovascular disease. Some animal studies show that it can help reduce obesity and diabetes too. However, since there's relatively little resveratrol in red wine — you'd have to drink 60 liters to get the full benefits — it's best to add this antioxidant to your list of supplements. (See page 62.) Still, you should drink some red wine every day: it has relatively few calories and induces milder hangovers than other sources of alcohol, and it is thought to raise good cholesterol and reduce the bad kind, as well as protect arteries against cholesterol-related damage. Red wine is also usually consumed in the company of others, so it encourages human connection, a very powerful factor in maintaining health.Chocolate is another source of antioxidants — in this case, in the form of flavonoids, which are what give cocoa beans their pungent taste. The darker the chocolate, the less adulterated with milk and other ingredients it is and the heavier the concentration of flavonoids. Nuts, though high in unsaturated fats and calories, can lower bad cholesterol and help curb hunger. The polyphenols in coffee, which is often shunned by the health-conscious, is in fact the No. 1 source of antioxidants in the Western world and in some studies has been associated with lower incidences of dementia, Parkinson's disease and Type 2 diabetes.(3 of 5)Even the case against whole milk, condemned by some critics as nothing less than a glass of liquid fat, is more complex than it seems. It's true that kids who drink a lot of whole milk drink a lot of calories, but milk can actually help control weight, since calcium binds with fat in the food digesting in your gut, meaning that you absorb less of that fat. Some studies have seen no significant difference among skim, low-fat and whole milk when it comes to weight control. What's more, when you take all the fat out of milk, you're left with too high a concentration of natural sugars, which interacts like candy with your hormones, especially insulin.The key, for all of these foods, is moderation. Consume more than 16 oz. (0.5 L) of whole milk (or any two servings of dairy) per day and the calorie load swamps the health benefits. More than an ounce of dark chocolate a few times a week or two glasses of red wine per night can lead to weight gain in the first case and an increased risk of court appearances in the second. Too much coffee can make you jittery. Too much red meat — more than 18 oz. (0.5 kg) per week — can contribute to weight gain, not to mention denying you the benefits of getting more of your protein from fish, which is rich in brain-building omega-3 fatty acids. (See photos of gourmet food trucks.)Diet of the MonthIf simple truths about basic foods turn out to be as fraught with complexities as they are, it's no wonder that so many equally simple diet fads have come to grief. The popular landscape is strewn with weight-loss crazes that have come and gone, leaving American consumers disappointed, frustrated and no healthier than they were before.One of the most dangerous food labels to come along in recent decades is the insidious "fat free" moniker. These two little words granted absolution to anyone who indulged and gave the illusion that portion size and sugar content didn't matter. Manufacturers looking to cash in on fat-phobic consumers became very good at stripping natural fats from products; but what was lost in taste and texture had to be compensated for by adding more sodium, sugarand thickeners. As people ate more and more fat-free goodies, they gotextra-high doses of other ingredients that were bad for them. And without the filling effect of fat in food, you are left hungry and tend to eat more.Other fads have included diets that dramatically restrict our food choices. With the cabbage-soup and grapefruit diets, advocates identified a new miracle food and built an entire eating regimen around it — a regimen that came with a promise of shedding a full 10 lb. (4.5 kg) in one week. In both of these food-idol diets, some weight does disappear quickly, mostly through loss of fluids. Neither diet is practical or nutritionally sound, and the weight returns as quickly as it comes off. (See the top 10 TV chefs.)Much more recent was the earthquake that was the Atkins diet, triggered by a 2002 article in the New York Times Magazine. The Atkins regimen — lots of meat and very few carbohydrates (including the natural sugars in fruits and vegetables) — had been briefly popular more than 30 years earlier but became a cultural phenomenon after the Times story breathed new life into it. Market forces fed the craze, with menus reformulated to remove the last detectable carbohydrate molecule and carb-free labels slapped on foods that never contained them in the first place. Artisanal bakers wept (no carbs means no baguettes), and the überfaithful began to suffer the bad breath of ketoacidosis, which occurs when glycogen stores are too low.But weight was being lost — lots of it. The problem was, the loss was not being sustained. There are only so many foods you can ban before people's palates rebel, and when you pretty much take pasta, bread, fruits and vegetables off the menu, that rebellion will happen sooner rather than later. What's more, the foods that were permitted — particularly the much-relied-on meats — can lead to inflammation and irritation, causing some physicians to worry that heart attacks and strokes could result.(4 of 5)South Beach and other Atkins derivatives make the diet more palatable by allowing more fruits and vegetables. The newest alterna-Atkins is the popular paleo diet, which postulates that since the human genome appeared in its current form during the Paleolithic Period — about 2.6 million to 10,000 years ago — we are genetically designed to eat what was available then. The paleo diet focuses on lean meats and fish, fresh fruits and nonstarchy vegetables. It eliminates dairy, grains and legumes because they didn't appear on our menus until about 12,000 years ago. According to some clinical trials, the diet has indeed been shown to lower the risk of cardiovascular disease, high blood pressure and inflammation as well as reduce acne, improve athletic performance and help with weight loss.Many nutritionists, however, are concerned about eliminating whole grains and dairy products. A wealth of research shows that both can help decrease the risk of certain cancers and heart disease. What's more, it's worth remembering that cavemen tended to be much shorter than modern people and often died in their 40s — in part because they weren't eating a diet that left them with much ability to fight off infection (or saber-toothed tigers). I would rather follow a diet that sees me lucid and active enough to play with my grandchildren than one under which I die young but look great. (See the top 10 state fair foods.) Personalized EatingIt's no secret that a diet that's good for a boy in his prime growth-spurt years is not so good for a middle-aged man, or that what counts as adequate nutrients for a woman when she is breast-feeding in her 20s is different from when she is postmenopausal in her 70s. Yet as consumers, we accept blanket statements about how many servings of which food groups to eat and what constitutes optimum calorie counts and vitamin percentages. I have performed more than 5,000 heart surgeries, and I recommend a diet low in saturated and trans fats to prevent the buildup of arterial plaque. But I still can't tell you why I can see two patients in one afternoon who have both spent decades eating large amounts of bacon, butter and baked goods and yet have completely opposite angiogram reports.The University of North Carolina Nutrition Research Institute is a leader in the growing field of individualized nutrition, studying what's known as nutrigenomics: the link between genes and diet. The science is a comparatively new one, but the early reports are tantalizing.One study of mice, for example, has pinpointed a binding protein in some individuals that overactivates a suite of genes involved in the synthesis and uptake of cholesterol and other fats. That in turn can lead to insulin resistance, high triglycerides and a condition called fatty liver, in which fat builds up in the liver and inhibits its ability to filter toxins in the blood. People with a similar genetic glitch might be similarly sensitive to dietary fats and have to adjust what they eat accordingly. Another mouse study has found a gene variation that specifically affects the risk of developing high-LDL cholesterol. Yet another has found a gene variation that plays a role in how susceptible individuals are to the carcinogens that are produced when meat is cooked at high temperatures. (See the top 10 things you didn't know about doughnuts.)It's too early for these and other nutrigenomic studies to have clinical applications, but your doctor should already be looking at food as a tool for disease prevention — at least when it comes to regulating the intake of salt, cholesterol and other substances in people who are sensitive to them. Food allergies come into play here too. You can hardly recommend wheat-basedcereal to someone who can't process gluten, or milk to a person who's lactose intolerant.But pulling those foods out of the diet and replacing them with nothing — or worse, with junk — is hardly the answer. Instead, try whole grains without gluten, like quinoa and chia; also try yogurt, kefir, cheese and other fermented dairy products that contain less lactose than fresh dairy foods because the bacteria used to make them digest some of the lactose, so you don't have to. The longer a cheese is aged, the less lactose it has. (A sharp cheddar aged for two years contains almost none at all.) The vast constellation of food that's available to us means that almost anyone's nutritional needs can be met —even if it takes a little work.(5 of 5)The Hard TruthOf all the changes taking place on the food front, one of the most important concerns the balance between diet and exercise. It's still true that to maintain a healthy weight, calories consumed must equal calories burned. Tip that balance one way and you drop pounds; tip it the other way and you gain. Period. Paragraph.But this summer a landmark study in the New England Journal of Medicine found that it's not just how much food you eat, but which kind, that influences weight gain. After adjusting for age, baseline body mass index and lifestyle factors such as exercise and sleep duration in 120,000 participants, the authors found that the foods most associated with adding pounds over afour-year period were french fries, potato chips, sugary drinks, meats, sweets and refined grains. The foods most associated with shedding pounds were yogurt, nuts, whole grains, fruits and vegetables. But there's more than simple caloric arithmetic at work here.When you sit down to a meal, your brain is looking for nutrients, not calories, and will prod you to eat until you're satisfied. That's one of the many reasons it's harder to push away from a plate of fries or a bowl of ice cream than from a healthier meal of fruits, vegetables, grains and lean meats. A simple matter of digestive mechanics is at work too. High-fiber foods expand in the stomach, slowing digestion and augmenting satiety. That's the reason I try to eat fruit or a handful of nuts prior to a big meal. Consuming a controlled amount of calories from the right kind of food now helps avoid taking in many more calories from the wrong kind later. (See 10 great iPhone apps for foodies.)Another hard truth is that despite what we think, there is probably not some elusive superfood out in a distant rain forest waiting to be discovered. Thatsaid, we do know of some extraordinary foods that are already available in abundance. Berries are increasingly seen as having a profound impact against age-related diseases, including cancer, cardiovascular illness, diabetes and mental decline, thanks to their high levels of antioxidants andanti-inflammatory properties. Broccoli is high in fiber and has been shown to have cholesterol-lowering benefits. It's also rich in sulfur compounds, which are good for the liver and thus strengthen the body's natural detoxification systems.In the category of Things Your Mother Was Right About All Along, you really and truly should take your vitamins. We like to think that if we're smart, we can get all of our needed nutrients from what we eat. But judging by food diaries, this is true for only a small percentage of the population. What's more, while the body manufactures some vitamins nonnutritionally — the way sunlight helps us generate vitamin D — there is a long list of nutrients we can get only from food, including calcium, fiber, folate, iodine, iron, magnesium and potassium. Even if you chart every morsel that goes in your mouth, I promise you that a daily multivitamin is an easier and more reliable way to ensure that you're not leaving anything out. (See the best lunchboxes for kids and their parents.)Finally — no surprise — you should be serious about exercising. The Centers for Disease Control and Prevention recommends that all adults get a minimum of 150 minutes of moderate aerobic activity — like brisk walking — per week, which comes down to just over 20 minutes per day. As an alternative, you could go for 75 minutes a week of a vigorous activity like jogging.Muscle-strengthening exercises two or more days a week are also essential to maintaining fitness and building lean muscle mass, which makes your metabolism more efficient. And keep in mind that we all overestimate the caloric benefit of exercise. A 160-lb. (73 kg) person who puts in a full hour of low-impact aerobics burns 365 calories, which is not bad, but all that work is entirely erased if you reward yourself with a muffin instead of an apple after class.No one pretends that achieving and maintaining an ideal weight is an easy thing to do, but the list of rules to get you there is nonetheless simple: Eat in moderation; choose foods that look like they did when they came out of the ground (remember, there are no marshmallow trees); be an omnivore (there are multiple food groups for a reason); and get some exercise. Human beings are the only species in the world that has figured out how to be in complete control of its own food supply. The challenge now is to make sure the food doesn't take control of us.Read more:/time/magazine/article/0,9171,2091389,00.html#ixzz1kpH RZgCp。
中英文翻译(文档含英文原文和中文翻译)附件1:翻译译文热处理对豆奶(豆腥味)过氧化脂质含量的影响豆腥味是导致豆奶风味不理想的重要因素,为了以最大限度的降低豆奶的豆腥味,我们研究了热处理对过氧化脂质的影响,是影响豆腥味的一个重要因素。
我们还以豆奶为原料并在制作过程中使用加热工序制备了各种甜点,从而通过感官实验来评价加热对其的影响。
经过浸泡和在75℃热处理的肿涨的大豆在相对湿度80-90%处理十分钟的过氧化脂质的含量比大豆中缺乏脂氧合酶和14%或更少的热处理的大豆制备出的豆奶的过氧化脂质含量要大大降低。
此外,设计热烫浸泡和肿胀的大豆在沸水中处理了30秒的豆奶的过氧化脂质含量可以与缺失脂肪氧合酶的大豆制作出的豆奶过氧化脂质含量相媲美。
蛋奶布丁,巴伐利亚奶油以及经过热处理的大豆制作出的豆腐其中的豆腥味都得到了显著的改善。
关键词:大豆豆奶过氧化脂质豆腥味大豆长期以来都是作为高营养食品代名词在日本人的饮食文化中具有具足轻重的作用。
最近的研究表明,大豆蛋白具有降低胆固醇的作用(爱德森等人,1995),大豆皂苷具有抗癌活性(肯尼迪,1995),以及大豆异黄酮对乳腺癌和前列腺癌具有一定的抑制作用(彼得森&贝尔内斯,1991;彼得森G&贝尔内斯S,1993),以及对于骨质疏松症(土田等人,1999)具有一定的预防作用。
根据以上情况可知,由大豆制成的加工食品的价值就是作为人体异黄酮的来源。
大豆被用于很多的食品中,包括豆腐,纳豆,味精,酱油,豆浆。
豆奶作为一种可利用的饮料,可以广泛应用于果冻,蛋奶布丁等甜品的制作原料。
然而,脂肪氧合酶产生的独特的豆腥味对消费者的喜好产生了重大的影响。
因此尽可能的减少豆腥味是能够使豆浆脱颖而出并广泛推广的关键性的挑战。
有几种用于激活脂肪氧合酶的方法已经被提出:温水处理研磨的方法(越后等,1991),其中,大豆在70℃热水中浸泡,然后用95℃的热水进行匀浆;热烫(赛斯&纳特,1988)的方法,用99.3℃的热水进行处理,以及微波加热的方法(王&托莱多,1987)。
Food Safety and the Prevention of Foodborne Illnesses: A Vital Concern forGlobal HealthIn today's fast-paced world, food has become more than just sustenance; it is a source of enjoyment, culture, and social bonding. However, with the convenience and variety that modern food systems offer, a critical issue often overlooked is food safety and its connection to foodborne illnesses. These concerns have transcended national borders, making them a global health priority.Food safety refers to the set of practices and regulations designed to ensure that food is free from harmful substances and does not pose any risk to human health. It encompasses all stages of food production, from farming and processing to transportation, storage, and consumption. Conversely, foodborne illnesses are caused by consuming contaminated food or water, leading to a range of symptoms from mild discomfort to severe healthcomplications and even death.A significant example of the impact of foodborne illnesses is the 2006 E. coli outbreak in the United States,which originated from contaminated spinach. This incident highlighted the vulnerability of our food supply chains and the need for stricter food safety measures. Similarly, the 2011 outbreak of listeria in cantaloupes in the U.S., resulting in over 30 deaths, further emphasized the gravity of the issue.The World Health Organization (WHO) estimates that 600 million people, almost one in ten, fall ill every year due to contaminated food, leading to 420,000 deaths. These statistics underscore the urgency for robust food safety systems worldwide.Preventing foodborne illnesses requires a multi-faceted approach. Firstly, it begins at the source - the farms. Farmers should adopt good agricultural practices, including proper use of fertilizers and pesticides, and regular testing of water sources. Secondly, during processing and manufacturing, strict hygiene standards and regular equipment maintenance are crucial. Thirdly, proper storage and transportation conditions must be maintained to prevent bacterial growth or contamination. Lastly, consumers play avital role in food safety through proper handling, cooking, and storage of food at home.Education is another key element in the fight against foodborne illnesses. Public awareness campaigns can educate people about the risks, symptoms, and prevention of foodborne diseases. Schools, community centers, and media platforms can serve as effective channels for disseminating this information.Moreover, governments have a significant responsibility to enforce stringent food safety regulations and conduct regular inspections. International cooperation is also necessary, given the global nature of food trade. Organizations like the WHO and the Food and Agriculture Organization (FAO) have been instrumental in setting global standards and guidelines for food safety.In conclusion, food safety and the prevention of foodborne illnesses are not just individualresponsibilities but collective obligations. Each step in the food chain, from farm to fork, must be vigilant and accountable. By prioritizing food safety, we can safeguard public health, promote economic prosperity, and ensure thatfood remains a source of nourishment and pleasure, not peril. The battle against foodborne illnesses is a continuous process, requiring constant vigilance, education, and adaptation to new challenges. As global citizens, we must rise to this challenge and work together to create a safer, healthier world.Remember, "An apple a day keeps the doctor away" isonly true if that apple is safe to eat.。
关于食品安全和食源性疾病的英语作文With the increasing awareness of food safety and foodborne diseases, it is important for consumers to be knowledgeable about the risks associated with consuming contaminated food. Food safety refers to the handling, preparation, and storage of food in a way that prevents contamination and foodborne illnesses. Foodborne diseases are caused by consuming food or drinks contaminated with harmful bacteria, viruses, parasites, or chemical substances.There are several factors that contribute to foodborne diseases, including poor food handling practices, inadequate cooking methods, improper storage of food, and contaminated water sources. In addition, foodborne diseases can also be caused by poor hygiene practices in food production and distribution, as well as the use of chemicals and additives in food processing.One of the most common foodborne diseases is food poisoning, which is usually caused by consuming food contaminated with bacteria such as Salmonella, E. coli, Listeria, and Campylobacter. Symptoms of food poisoning can include nausea, vomiting, diarrhea, abdominal pain, fever, andheadaches. In severe cases, food poisoning can lead to dehydration, organ damage, and even death.To prevent foodborne diseases, consumers can take several steps to ensure food safety. These include washing hands before and after handling food, washing fruits and vegetables thoroughly, cooking meat and poultry to the correct temperature, avoiding cross-contamination between raw and cooked foods, and storing food at the proper temperature.In addition, food safety regulations and guidelines are in place to protect consumers from contaminated food. These regulations include proper labeling of food products, inspection of food processing facilities, and monitoring of food imports for contaminants. Consumers can also report any food safety concerns to the appropriate authorities, such as the Food and Drug Administration (FDA) or the Department of Agriculture.Overall, food safety is a critical issue that affects the health and well-being of consumers worldwide. By being informed about the risks associated with foodborne diseases and taking proactive steps to prevent contamination, consumers can protect themselves and their families from the dangers of consuming contaminated food. Remember, "you are what youeat," so make sure to choose and handle your food with care to stay healthy and safe.。
食品安全专业蔬菜论文中英文外文翻译文献1. 王涛, 徐亚男. 我国蔬菜生产与安全的现状与对策[J]. 广东农业科学, 2010, 37(13): 45-47.2. 斯宪芳, 卢仁志. 蔬菜中的重金属和农药残留及其安全问题的调查分析[J]. 中国环境监测, 2007, 23(5): 116-118.3. 范翠华, 阮荣平, 段爱敏,等. 无公害蔬菜生产技术对蔬菜品质及其营养成分的影响[J]. 广东农业科学, 2009, 36(19): 98-100.4. Yeoh S H, Chua T H. Trace metal levels in vegetables from selected farms in Johor Bahru and Kluang[J]. Malaysian Journal of Nutrition, 2002, 8(1): 11-17.5. Mahdi Y, Richardson D G, Abdulla H K, et al. Heavy metal content of some vegetables collected from different areas of Baghdad city, Iraq[J]. Environmental Monitoring and Assessment, 2012, 184(11): 6813-6821.6. 潘云贤, 王振球. 现代环境背景下蔬菜农药安全问题的研究与探讨[J]. 科技资讯, 2007(19): 575.7. 鲍云飞, 顾振中. 蔬菜中农药残留标准及其对我国的启示[J]. 中国农业资源与区划, 2010, 31(2): 23-26.8. 杨忠伦. 我国现代农业生产与蔬菜种植技术的发展现状及对策思考[J]. 产业技术创新, 2018(17): 71.以上8篇文献主要探讨了蔬菜生产与安全问题,包括无公害蔬菜生产技术对蔬菜品质及其营养成分的影响,以及蔬菜中的重金属和农药残留及其安全问题的调查分析等方面。
关于food safey大学生英语作文English: Food safety is of paramount importance, especially for college students who often rely on dining halls and fast food options. It is crucial to be aware of the potential hazards in the food we consume, such as foodborne illnesses caused by bacteria like salmonella or E. coli. One must also consider the risks associated with food allergies and intolerances, which can have serious consequences if not properly managed. To ensure food safety, students should practice good hygiene, properly store and handle food, and be cautious of expiration dates. Additionally, being mindful of where food is sourced from and opting for fresh, whole foods can reduce the likelihood of contamination. By taking proactive measures to prioritize food safety, college students can protect their health and well-being.中文翻译: 食品安全尤为重要,特别是对于经常依赖餐厅和快餐选项的大学生而言。
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Food safety problems in ChinaAccording to an article in China Daily, the farmers in Weifang, Shandong province would not eat gingers produced by them because they knew clearly their product contained harmful substances (Hou, 2013).This reflects a severe problem on food safety——many food manufacturers run for their own interest at the sacrifice of others’ health, which can pose a threat to people’s ability to enjoy their life and even the development of China. This essay will analyze the causes of this problem and two possible solutions in regard to ensuring food safety.The serious problem of food safety can be attributed to the lack of effective supervision by departments concerned and common sense about food safety by the masses. Xu (2004) reported that “China's annual report of food poisoning cases is about 20000~40000, but experts estimate that the number is less than 1/10 of the actual number of occurrence”, which indicates the gravity of food pollution caused by food poisoning. Lack of effective supervision over food safety by relevant departments is among the most direct reasons for such serious situation. To be more specific, the problem of food safety results from a combination of backward supervising methods, confusion on the standard and lack of effective accountability mechanisms. In addition, people’s weak awareness of safeguarding their own interests and their poor knowledge about food safety are to blame as well. Most citizens will not bother to appeal to law even though theirlegitimate rights and interests are violated, which leaves outlaws unpunished. Quite a few people only focus on price instead of quality when they purchase food, thus there is a greater chance for them to be affected by contaminated food.The problem of food safety can contribute to numerous consequences, which will weaken people’s ability to enjoy their life to the full and hinder the development of our nation. To start with, food safety problems threaten people’s life seriously. As the old saying goes, "Disease enters by the mouth." In 2005, 1.8 million people were reported to die from diarrhoeal diseases, largely arising from contaminated food and drinking water. Developed country though the USA is, it still confronts an estimation of 76 million cases of food-borne diseases each year. (Newell, Koopmans, Verhoef, Duizer, Aidara-Kane, Sprong, Opsteegh, Langelaar, Threfall, Scheutz, Giessen & Kruse, 2010) There is no exception in China, where millions of patients with gastrointestinal disease are reported every year, and that helps explain why so many urban residents stay in hospital. More seriously, food safety problems can even affect national development. When issues of food safety occur, consumers’ refusing and resisting harmful food will have an effect on the food production chain involving individuals, enterprises and even the nation. Not only can this cause huge economic losses, affect the image of the country, but also it may affect diplomatic relations between countries. Take the UK for example. Mad cow disease was really a huge blow to the UK in the 1990s. Thiscaused attention from the European Union but the British government adopted a policy of non-cooperation with the export ban implemented by EU and eventually annoyed other member states. Soon the United States banned European cattle products. The effects of mad cow disease rippled through the global economy and intensified trade disputes between the United States and the European Union. (Freeman, 2002)One possible solution to this problem is to strengthen the accountability on supervisors and update the supervision system. All departments concerned should cooperate with each other, accept the supervision of the people at any time and make administrative law enforcement results open to the masses. However, some people point out that food safety regulatory responsibilities are distributed in various departments while all of those departments are run in pursuit for their own interests. As such the maximum interests of each department can hardly be achieved simultaneously. The problem mentioned above really deserves serious consideration. Hopefully, such operating mechanism has been successfully implemented in European Union. It is proposed in White Paper on Food Safety (2000) that, “in cooperation with the Member States, a framework for the development and operation of national control systems will be developed. It will be based on agreed criteria for performance of these systems, and lead to clear guidelines on their operation.”(p.4) In regard to transparency during the operation,the White Paper (2000) also gives relevant statements, “the Commission will promote a dialogue with consumers to encourage their involvement in the new Food Safety policy. Consumers also need to be kept better informed of emerging Food Safety concerns and risks to certain groups from particular foods.”(p.4)Another solution is to establish a safety education propaganda system and let consumers learn to use the law to safeguard their legitimate rights and interests. In order t o raise people’s awareness of food safety and disseminate the general knowledge of law, the government can set up civil rights organizations. One thing that hinders the development of consumer organizations is the low level of engagement. Consumers in China usually turn to Consumers’ Association for help, which is almost the only means consumers can take. To make the situation worse, Consumers’Associations across China are managed by administrative departments for industry and commerce, so their social credibility is restrained. In Hong Kong, members of the consumer council are appointed by the Chief Executive himself and published by the media. Operation of the council remains highly transparent and accountable to the public. In view of Hong Kong’s experience in protecting consumer rights, more civil rights organizations are needed in China and their power should be enlarged.In conclusion, many people in China don’t realize the gravity of food safety andlet their health be threatened by food containing harmful substances. It’s high time that government tackled this acute problem through effective measures such as improving the supervision system and setting up civil rights organizations. Otherwise, an increasing number of people will suffer from food-borne diseases and our nation’s development may even slow down. If you don’t want to live all day in the fear of eating contaminated food, just use your right to supervise the departments concerned without hesitation. Your tiny effort counts!(1,023 words)References:Hou Liqiang (2013, May 6th), Weifang govt to crack down on illegal sale of overused pesticide, China Daily, Retrieved from/business/2013-05/06/content_16480074.htmXu Xiangmei (2004, November 25th), At least 200000 people affected by food each year in China, Commercial Times, Retrieved from/c/2004-11-25/06544340230s.shtmlNewell, D.G., Koopmans M., Verhoef, L., Duizer, E., Aidara-Kane, A., Sprong, H., Opsteegh, M., Langelaar, M., Threfall, J., Scheutz, F., Giessen, J.V.& Kruse, H.(2010), Food-borne diseases — The challenges of 20 years ago still persistwhile new ones continue to emerge, International Journal of Food Microbiology, 139, pS4, Retrieved from http://uesc.br/cursos/pos_graduacao/mestrado/animal/bibliografia2013/bianca _art1_newell.pdfFreeman H.B. (2002), Trade Epidemic: The Impact of the Mad CowCrisis on EU-U.S Relations; Boston College International andComparative Law Review, 25(2), p343, Retrieved from/cgi/viewcontent.cgi?article=1174&context=iclrThe European Communities (2000), White Paper on Food Safety, Brussels。
中文2127字外文资料翻译Food Safety in the Twenty-First CenturyThe past decade has taught us that pathogenic microorganisms are adapting themselves to processing treatments and environmental conditions once thought to be effective in controlling their proliferation. Genetic exchange is sprouting new varieties of bacterial strains with increased abilities to cause disease. The scientific community must adopt a proactive approach, including an aggressive research agenda that seeks to determine the ecology of the food production and processing environments, as well as the basic biology of pathogenic organisms. In addition, it is crucial that we develop a well-integrated educational strategy that seeks to educate industry and consumers.Issues Facing Food SafetyWhen we examine the historical overview presented above, we conclude that there are three basic issues, which must be addressed in the coming century if we are to make an impact in the improvement of food satiety: our limited knowledge about food safety risks; the limited applicaion and availability of effective intervention strategies; and limited educational efforts.Limited Knowledge of Food Safety RisksIn considering the risks to food safety, we must think in terms of the food continuum from farm to table. Although much is known regarding how some organisms cause disease and how they are introduced into our food supply, we do not have a complete picture of how the practices that we employ from production to distribution impact the contamination of foods. For example, how do animal husbandry practices affect colonization with food-borne pathogens, as well as contamination of the farm environment? How do agents of disease interact with theanimal host, and how dothese interactions affect the ability of the animal to carry and/or spread these organisms?In addition our knowledge of some of the basic science behind microbial behavior is limited. For instance, how do microorganisms develop resistance to treatments designed to eliminate them? What environmental factors affect the emergence of new pathogens in nature? These and other unanswered questions are what stand in the way of our ability to proactively prevent future outbreaks since they are at the core of our ability to assess the risk that food production, processing, and preparation pose to food safety.Limited Application Of Effective Intervention Strategies In the past few years, several strategies have been developed and tested for the decontamination of animal carcasses at the slaughterhouse as well as strategies for the sanitation of fresh tits and vegetables. These strategies include organic acid rinses, hot water treatments, and steam pasteurization (Corry et al., 1995). However, the use of several of these strategies in combination has not been sufficiently elucidated. Moreover, the opportunity for recontamination of foods after treatment can occur, yet our strategies for minimizing such events are limited. If we are to impact the safety of our food supply, we need to use several strategies throughout the food continuum. For example, at the farm level, feeding regimens, type of feed used competitive exclusion, vaccine development, and genetic manipulation could be employed to prevent colonization and shedding of pathogens from the intestinal tract of animals.In the case of tits and vegetables, practices used on the farm can impact the level and type of contaminant present on the crop (BeuchaL 1996). The type and method of application of fertilizer,the source and frequency of irrigation and genetic manipulation of surface properties could have an impact on the reduction of contaminants attaching to plant tissue. In addition the handling and storage of produce often leads to the spread and growth of microbial contaminants. Washing regimens as well as the application of novel technologies such as irradiation-must also be studiedwith an eye on the costs and benefits of using such treatments.Limited Educational EffortsSeveral educational programs aimed at processors have been implemented, all based on the Hazard Analysis Critical Control Points system. However, these programs are limited in scope and have been provided primarily to the meat, poultry, and seafood industries. There is a need to develop training programs on HACCP to farmers, both in animal and plant production. For maximum impact, such programs should be designed for both English- and Spanish-speaking audiences and for all levels of learning ability. Delivery of these programs is of utmost importance, requiring a vast network of educators working together. The primary problem is the lack of coordination between educational institutions.In addition, a concerted effort needs to be mounted to educate all sectors (farmers, industry, food service, and consumers) for any educational program to be successful. Such an effort could be in the form of assembling dedicated teams to deliver information to specific audiences and to specific regions. Farmers must be surveyed to determine their knowledge of food safety and of the impact that their practices have on food-borne illness. programs should be developed to prepare farmers and ranchers to meet future challenges associated with the introduction of the HACCP system on the farm. Finally, food service and consumers need to be included, with adequate resources being allocated to ensure the success and prompt application of existing and new efforts.Strategies and SolutionsSeveral government agencies have gone through strategic planning exercises that have helped them to identify the strategies to be pursued in addressing the above issues. In simple terms, we can think of it as a two-pronged aproach in which research and education are linked together to develop the best solutions.ResearchFirst, the microbial ecology of food-borne pathogens needs to be fully characterized throughout the production and processing of muscle and plant foods. Inorder to do so, the prevalence of specific pathogens in specific foods needs to be determined, including the sources of contamination from production through processing, retail sale, and food preparation. Through epidemiological studies, we must characterize the risk to food safety related to specific practices on the initial level and type of contaminants. We must also characterize the biological mechanisms of survival, adaptation to stress and antimicrobials, and growth of these organisms. Advanced technologies for the rapid and sensitive isolation and identification of food-borne pathogens need to be developed so as to provide real-time detection.Second, scientists must develop, test, and implement new technologies for the decontamination of a variety of foods in order to reduce the risks posed by food-borne pathogens. Along these lines, the effectiveness of existing strategies must be clearly determined and the appropriate application elucidated. Third, a thorough study and documentation of the economic benefits of these strategies needs to be included in order to obtain a realistic picture of what strategies should and should not be used in particular operations and by particular-sized companies.EducationAn educational strategy, which is coordinated throughout all segments of the food continuum and involves all institutions, needs to be developed. Partnerships with appropriate agencies, trade organizations, food industry organizations, consumer organizations, and educational organizations need to be established and/or strengthened. This will facilitate the dissemination of food safety information to those members of the continuum responsible for a particular segment. Educational materials-related to the characteristics, prevalence, symptoms of illness, risk of certain practices, and preventive measures gained through research efforts at each step of the food continuum-need to be developed. Producers and processors should be educated through partnerships with commodity associations. Food service should be trained through existing vehicles and coordinated through partnerships with foodservice associations. Consumers should be made aware of safe food handling, preparation, and storage through television, radio, public service announcements, printpublications, interactive display/exhibit earning devices, as well as the World Wide Web.ConclusionsWhat will food safety look like in the twenty-first century? The past few years have shown us that microbial pathogens are very adaptable, with newly emerging organisms challenging our long-established concepts of safety. In addition the centralized food distribution system and the changes in the demographic and cultural practices of consumers are contributing factors to the apparent increase in the number of outbreaks of food-borne illness in the United States. Increases in international food trade will only augment the challenges to food safety currently facing us. Thus only with a proactive, aggressive, and science-based approach can we hope to have a measure of control over the future of food safety. In this manuscript we have presented the types of programs that should be implemented in order to do this. It is up to scientists, policymakers, and health officials to work together now and not delay.二十一世纪的食品安全过去的十年告诉我们,一直被认为加工处理和环境条件能有效控制它们的扩散,可病原微生物在这方面得到了适应。
食品安全作文英文英文:Food safety is a very important issue in our daily lives. As a consumer, I always pay attention to the quality and safety of the food I eat. However, there are still many cases of food safety problems, such as the use of illegal additives, excessive pesticide residues, and the presence of harmful bacteria.To ensure food safety, we need to take multiple measures. First, the government should strengthen supervision and inspection of food production and processing enterprises, and severely punish those who violate food safety laws and regulations. Second, consumers should be more aware of food safety and choose products with reliable quality and safety. Third, food producers and processors should strictly follow the production and processing standards, and ensure the safety and quality of their products.In addition, we can also take some practical actions to ensure food safety. For example, we can wash fruits and vegetables thoroughly before eating them, and cook meat and seafood thoroughly to kill harmful bacteria. We can also avoid eating food that has expired or has an abnormal smell or taste.In short, food safety is a shared responsibility of the government, producers, consumers, and society as a whole. We should work together to ensure the safety and quality of our food.中文:食品安全是我们日常生活中非常重要的问题。
The Safety of Genetically Modified Food转基因食品的安全Keywords :genetically modified food; advantage; Safety; influence关键词:转基因食品;优势;安全性;影响Abstracts:with the genetically modified food problems become increasingly hot, more and more people begin to pay close attention to genetically modified food,but there also exists considerable controversy about genetically modified food.Genetically modified food has a lot of advantages.But, at the same time its safety is not uncertain,meanwhile it may have much bad influence and harm to human beings and ecological system. 摘要:转基因食品问题变得越来越热,但对转基因食物越来越多的人开始密切关注转基因食品.转基因食品还存在相当大的争议,有很多的很多优势 .但是,在其安全性是不明朗的同时,同时也可能有许多不良影响和危害人类和生态系统。
Introduction:With the rapid growth of the world's population and the decrease of cultivated land, food problem becomes a so hot potato that many countries in the world have to face. If we want to satisfy people's food supply and improve the quality of food Supply, we must rely on science and technology. Nowadays the application of transgenic technology in food production have achieved significant effects. Genetically modified foods is also quietly on people's table.简介:随着快速增长的世界人口和耕地的减少,粮食问题变得如此烫手的山芋,在世界上许多国家不得不面对。
文献信息文献标题:Viewpoint: Future of food safety and nutrition - Seeking win-wins, coping with trade-offs(观点:食品安全与营养的未来——追求双赢,权衡利弊)文献作者:Mylona K, Maragkoudakis P, Miko L, et al.文献出处:《Food Policy》,2018,74:143-146.字数统计:英文2741单词,15243字符;中文5057汉字外文文献Viewpoint: Future of food safety and nutrition - Seekingwin-wins, coping with trade-offsAbstract The possible implications of global trends such as climate change and resource scarcity on food security are high on the political agendas. While the food sufficiency aspect of food security takes centre-stage, the future of food safety and nutritional quality of diets often seems to be taken for granted. This paper builds on the results of a foresight study on EU food safety and nutrition towards 2050 to discuss potential future points of tension for food policy. Increasing food production while using fewer resources and reducing food waste while ensuring food safety are just two examples. Innovation at different levels in the food system will be needed to address future challenges. Fast technology uptake and the launch of new food-related products can put pressure on the ability to deliver timely risk assessments, the scope of which might also need to cover other legitimate factors. Future food policies need to be more sensitive to impacts on food safety and nutrition and health aspects. A holistic food systems approach must be taken to identify and discuss in advance possible tensions and trade-offs and to address them upfront in a systematic and transparent manner.Keywords:Food safety; Nutrition; Foresight; Challenges; Preparedness;Trade-offs1. IntroductionOne of the key questions dominating the turn of this century is how to secure the supply of sufficient, environmentally sustainable, nutritious, safe and accessible-to-all food. Food security ('zero hunger') features very high among the recently agreed 17 Sustainable Development Goals (SDGs) and is intimately linked to several other SDGs (United Nations, 2015). Ensuring food security and a sustainable agro-food system is not an easy task, given the impacts of climate change and the need to reduce greenhouse gas emissions and to preserve key resources of particular importance for the water-energy-food nexus. The increasing global population and the transition in emerging market economies towards diets of predominantly animal origin, put additional pressure on ensuring sufficient food production (Alexandratos and Bruinsma, 2012). We have seen how disruptive events and geo-political developments such as the 2008 economic crisis or the 2015 EU/Russian embargo, which resulted in a 43% decrease of EU agri-food exports to Russia, had dramatic consequences for both food producers and consumers (Szczepanski, 2015). In addition, recent developments such as the decision of the United Kingdom to leave the European Union and the repercussions this may bring to both parties, demonstrate the need to take into account uncertainty in policy design.While access to “safe” and “nutritious” food is integral in the definition of food security, most studies focus on how to ensure the “sufficiency” requirement of this definition. It can be argued that the reason for this is the high level of food safety currently enjoyed in developed regions. The EU in particular takes pride in its food safety legislative framework, which is seen as one of the most advanced in the world. This is achieved through science-based risk analysis based on the precautionary principle and an institutional separation of risk assessment, management and communication. But even in this environment, the occasional food 'crisis' such as the German EHEC O104:H4 outbreak (Robert Koch Institut, 2011), unearths the vulnerabilities of the system. One may also argue that ensuring safety, nutritionalquality, variety and balance of foods and diets as well as the underlying social, environmental and economic determinants, do not receive the attention they deserve in food security studies, as the sufficiency aspect appears to be more pressing. Moreover, the abundant food offer and almost unrestricted access to a large variety of nutritious quality foods in most of the developed countries, result in the skewed view that it is up to the individual to make the right decisions and succeed in life and health. Making nutritious food available does not automatically lead to population-wide healthy diets (Butland et al., 2007). Despite a series of initiatives and action plans towards the promotion of healthier diets and prevention of chronic diseases (High Level Group on Nutrition and Physical activity, 2014, WHO, 2014), achieving health targets such as those defined in the WHO Noncommunicable Diseases Global Monitoring Framework 2025 (World Health Organization, 2015a) proves to be difficult already today.To shed light on possible future challenges, we have analysed whether the EU’s regulatory and policy framework in the areas of food safety and nutrition can ensure “safe food” and “good nutrition” as we look ahead to 2050 (Mylona et al., 2016). Drivers of change (global trade, agro-food chain structure, technology uptake, social cohesion, food values, climate change, depletion of natural resources and world population growth) were combined to create four alternative, plausible and challenging future scenarios (Mylona et al., 2016). While the study was intended to inform EU policies and to complement the recent Fitness Check of the General Food Law (Regulation (EC) No 178/2002), its conclusions are of relevance for almost every jurisdiction.We identified several points of tension where policies or interventions that aim to improve food safety, the diets of populations or food sufficiency conflict with each other. We conclude that a holistic food systems approach must be taken to identify and discuss in advance such tensions, in order to find a compromise between equally important aspects of the food system and accept trade-offs in a systematic and transparent manner. And beyond trade-offs, such an approach could also identify synergies in different policy areas and lead to win-win scenarios. This opinion paperinvites global thought leaders to critically reflect on some of these.2. Compromising food safety for achieving sufficiency?Intensive production systems have soared under the pressure to increase yield. This has been further facilitated by the continuous concentration of the food industry into bigger entities and the economies of scale to reduce production costs. Should this intensification and industrialisation continue – driven by population growth and offsetting losses caused by a worsening climate – many issues may arise.Beyond the biodiversity and environmental effects of the use of a limited number of high-yield species or varieties in intensive farming, these crops themselves are also more susceptible to disease and pests. Fertilisers must be supplied regularly to ensure the necessary high crop yield and the supply and access to these is also finite and complex. Take phosphate (P) as an example; the amount of accessible high quality phosphate rock is low and diminishing fast; risks to animal and human health are associated with the use of low quality P-fertilisers containing worrying levels of heavy metals such as arsenic, cadmium and lead (Jiao et al., 2012). Similarly, the increasing use of antimicrobials in animal farming to prevent the spread of diseases has led to the development of resistant animal and zoonotic pathogens. This resistance may even compromise the effectiveness of antibiotic treatments for different human diseases (ECDC/EFSA/EMA, 2015). The global consumption of antimicrobials in livestock farming is nonetheless projected to rise by 67% by 2030, due to the growing number of animals raised and the continuous shift towards intensive farming systems (Van Boeckel et al., 2015). All these issues need to be looked at closely.Curbing antimicrobial resistance, for example, is already a priority globally (World Health Organization, 2015b) and in the EU as well (European Commission, 2017). Actions taken or being discussed include banning the use of antimicrobial feed additives, rethinking the currently practiced animal husbandry system, enhancing prevention, use of alternative treatments, surveillance and cooperation at international level.3. Stretching the limits to ensure food safety -compromising local food sufficiency?Yet, while efforts to increase food production as described above are most likely to continue, it has been estimated that, worldwide, at least one third of the food produced is wasted (FAO, 2011). This is a crucial issue that is being addressed through the SDGs and also in the EU, with a shift towards a circular economy that has placed waste reduction, recycling and reuse at centre-stage. Technological innovation such as intelligent packaging (time-temperature indicators, freshness indicators) can help supply chain operators to optimise logistics to reduce waste in other steps of the food chain. More can be done at consumer level, as, at least in the EU, more than half of food waste originates at household level (Stenmarck et al., 2016). There may be tensions here too though; population and individual knowledge are crucial for reducing food waste without compromising food safety. And beyond consumers, food and feed safety-related measures should not be placing unnecessary burden on food producers, food chain operators, trade and eventually on food security. Low maximum levels for residues and contaminants ensure a high level of food safety but could be linked to food waste and food security issues at a local level by “legally” limiting the availability of food. Will a time come when such levels of “waste” become unacceptable and trade-offs need to be discussed?In what regards recycling and waste reduction more generally, it is worth noting that (re-)introduction of either food or organic side stream products in the food chain may also lead to food and feed safety concerns and again a balance must be sought. The Bovine Spongiform Encephalopathy (BSE) outbreak is a good reminder of this kind of unintended consequences. Regional food systems, based on a circular economy and self-sufficiency, where 'do-it-yourself' food production and processing niches may be more widespread, appear more vulnerable in this regard. This niche reality may indeed grow further, triggered by factors such as rising food prices or trends for regional or organic products. In such a scenario, emphasis must be placed on the communication of associated risks and the provision of education and best practice guidance to these “prosumers”, and official controls may need to be revisited.On the other hand, novel technologies, ingredients and products can contribute to keeping the system competitive and make it sustainable in times of resource scarcity. However, they could harbour new food safety risks. Risks can also arise from the way food is retailed (e- and m-commerce) and food adulteration. Fast technology uptake can challenge the ability to perform efficient and timely risk assessments. Applying the precautionary principle can eventually cause delays in the approval of novel technologies and products for use in the EU. Establishing preparedness mechanisms that could be used to facilitate product approval in emergency situations could be beneficial for ensuring food sufficiency.4. Can consumer scepticism compromise innovation and food sufficiency?While rigorous assessment of risks are undoubtedly based on the best science, more emphasis on other legitimate factors such as socio-economic and ethical aspects is needed in order to assess new technologies and, most importantly, involve citizens. In addition to a legitimate need for citizens to be satisfied about these issues before accepting novel foods or technologies, there is currently a worrying trend towards distrusting science. Such scepticism about the impact of different technologies could prevent the uptake of promising innovations, even though safety may not be compromised at all, unless transparency and citizen engagement is sought early on in the process.This could be achieved by applying the Responsible Research and Innovation (RRI) concept which provides for a (still developing) approach to ensure that research and innovation is socially desirable. In particular the direct involvement of citizens throughout all stages of research is an important element. While the concept is being included and advanced in public research (e.g. EU funded projects such as Engage 2020, RRI Tools, INPROFOOD or CIMULACT, the RRI concept still needs to be further integrated into corporate management (Stahl et al., 2017). However, also the food industry has identified the involvement of citizens in food innovation and production as an important challenge to tackle (European Technology Platform (ETP) “Food for Life,” 2016). Different levels of citizen engagement are currently developedand applied, ranging from dialogues and consultations to active contributions (e.g. data collection via crowd sourcing), collaboration (e.g. analysing data, refining the project design) to co-creation of projects (e.g. citizens being involved in all steps of the research project) (Figueiredo Nascimento et al., 2016). Conceivably, citizens could also support risk assessment and post-market monitoring by collecting and sharing data on the use and effects of food products (Mylona et al., 2016). These approaches, organised by researchers or experts, are increasingly complemented by bottom-up initiatives, encompassing self-organised do-it-yourself science by crowd-funded initiatives, hacker communities or fab labs (Bauer et al., 2016).These concepts might also help in developing innovative solutions for managing the plethora of easily accessible but often misleading, factually-wrong, or conflicting information on food safety and nutrition, which will be necessary for dealing with future food insecurity situations.5. And could innovation for nutrition and health compromise food safety?The increasing dominance of foods high in fat, sugar and salt and the decreased consumption of fresh produce challenge the “nutritious” attribute of our diet. Combined with snacking behaviour associated with busy schedules and increasingly sedentary lifestyles, diets are having devastating health consequences and the burden of disease attributable to diets and lifestyle may well increase further in the future. Furthermore, the impacts of a changing climate in the coming years may put further strain on the availability of fresh produce, in particular in self-sufficient systems. Paradoxically as it may seem, the desire for a healthful diet is pervasive and food products promising health benefits abound. The future may prove even more creative, e.g. with “medicalisation” of foods. Concerns may arise though, if individuals consume cocktails of nutrients and nutraceuticals in excess of recommendations, possibly even together with pharmaceuticals within the context of personalised nutrition and personalised medicine. A regulatory framework may be needed for products that fall outside the current nutrition and health claims legislations in the EU or in similar legal frameworks around the globe.6. A possible futureThe areas identified for possible trade-offs give an indication for the interlinkages and complexities inherent to the food system. They showcase the need to consider the upcoming challenges within the food system, taking into account all aspects of food security. Co-ordination and coherence between different policies is essential; the links between agricultural, food and nutrition or environmental policies are clear from these discussions but many others exist, e.g. to education, social, employment and fiscal policies. As awareness of the current failings of the (global) food system grows, possibly exacerbated by future challenges, the calls for a more appropriate, comprehensive approach gain ground, be it a systems thinking approach, a comprehensive (common) EU food policy or a combination of both (e.g. IPES-Food, 2017, FAO and WHO, 2014, Hawkes et al., 2012, Van’t Veer et al., 2017).Our findings strongly support the notion that future research and policies need to be integrative and more sensitive to impacts on food safety and nutrition aspects. This will be key to achieve nutrition security and healthy lifestyles while ensuring sufficiency and sustainability of production of safe and affordable foods on our way towards 2050. This may not always result in a win-win outcome; collaboration between all stakeholders in the food chain and well-informed and engaged citizens will be indispensable to find compromises and secure benefits. Policy makers from local to global level and across the different policy areas will have an important role to play. They can provide the urgently needed frameworks and spaces for these discussions to flourish. The spaces exist in many instances – inter-ministerial/sectoral groups, stakeholder fora, roundtables, consumer groups, vocal NGOs - but need to be strengthened and more inclusive. At the EU level, the EU Better Regulation Package (European Commission, 2015), for example, emphasizes strongly the need for citizens and stakeholders to contribute throughout the policy and law‑making process.Research too needs more inclusivity and a wider reach, also in terms of interdisciplinarity at all stages of research, from planning (evaluation of proposals) to publication and dissemination.Only when research and policies embrace the complexity of the food system(s) we will be able to move towards future food polices that will put us on the right track for achieving food security.DisclaimerThe views expressed here are those of the authors and do not necessarily reflect the views of the European Commission.AcknowledgementsThis research did not receive any specific grant from funding agencies in the public, commercial, or not-for-profit sectors. Anastasia Livaniou, Albino Maggio, Joana Sousa Lourenço and Maria Vasiloglou (all JRC) contributed to different stages of the study.中文译文观点:食品安全与营养的未来——追求双赢,权衡利弊摘要气候变化和资源稀缺等全球趋势可能对食品安全产生的影响是政治议程上的重要议题。