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Ecotrophelia: a year on Ecotrophelia:一年来
Q2 Agricultural and Biological Sciences Pub Date : 2024-06-01 DOI: 10.1002/fsat.3802_12.x

It's hard to believe it's been 12 months since hearing the astonishing words, The winner this year, and team going to Germany to represent the UK, is… PlanEat!’ And what an incredible 12 months it's been too! Having won the UK round of Ecotrophelia 2023, our team were given the opportunity to represent the UK in the Ecotrophelia European finals in October. This was an experience I will never forget.

Although there was a period of 4 months between the UK leg of the Ecotrophelia competition and the European final, there was still a lot of work that needed to be done. For us though, this was a period of rapid change; we graduated and many of our team started roles within days or weeks of finishing our final university assignment, myself included! Now, without our university base, scattered all over the country and trying to adjust to new roles, sitting down all together was no longer the simple matter it had once been.

On the back of recommendations from the dragons at the UK final, we agreed to further optimise our formulation. Furthermore, we had been informed that the judges of the European final were looking for a slightly different set of criteria and ultimately answering the question, ‘is this product ready to be launched?’ The Healy Group kindly allowed us to optimise our product at their Innovation Centre in Leicestershire and to host a dress rehearsal pitch in the week running up to the final. Many of the industry dragons from the UK round of the competition attended, as well as new colleagues and guests from The Food Innovation Centre based at the University of Nottingham. We came away feeling ready for anything thrown our way, having answered questions from attendees of the dress rehearsal for just under an hour. I’d like to reiterate my thanks to the University of Nottingham and the Healy Group who supported us throughout our Ecotrophelia journey.

In early October, we headed to Cologne for the European finals! The competition itself took place over two very exciting but nerve-wracking days at the Anuga Food Fair. The products showcased to the industry dragons were created by 14 teams from across Europe. Like us, each team had won their national round and were now representing their country on the wider European stage. It was interesting to see the trend in products for 2023's competition, which predominately featured sustainable protein or products of waste valorisation, incorporated into beverages, desserts and snack products.

The competition itself was set up very differently from the UK round. As there was no product showcase, we had less opportunity to meet the other teams and get a sneak peak of their products. We were fortunate in being able to chat to a few teams who were very friendly and equally passionate about their products and innovation journey. The lack of a showcase though, also meant that we didn’t have an opportunity to show off our product or chat to the judges in a less formal

很难相信,自从听到'今年的冠军和代表英国前往德国的团队是......PlanEat!'这句惊人的话语以来,已经过去了 12 个月。这 12 个月是多么令人难以置信!在赢得 2023 年 Ecotrophelia 英国赛区的冠军后,我们的团队有机会代表英国参加 10 月份的 Ecotrophelia 欧洲总决赛。虽然从 Ecotrophelia 英国站比赛到欧洲总决赛之间有 4 个月的时间,但仍有许多工作需要完成。对我们来说,这是一个快速变化的时期;我们毕业了,团队中的许多人在完成最后的大学学业后几天或几周内就开始了工作,我也不例外!现在,我们没有了大学的基础,分散在全国各地,努力适应新的角色,大家坐在一起不再像以前那么简单了。此外,我们还了解到,欧洲决赛的评委们寻找的标准略有不同,最终要回答的问题是:'这个产品可以上市了吗?Healy 集团慷慨地允许我们在其位于莱斯特郡的创新中心优化我们的产品,并在决赛前一周举办了一次彩排。来自英国赛区的许多行业巨头以及诺丁汉大学食品创新中心的新同事和嘉宾都参加了此次活动。我们在彩排中回答了与会者提出的问题,整个过程不到一个小时。在此,我要再次感谢诺丁汉大学和希利集团,感谢他们在我们的 Ecotrophelia 之旅中给予我们的支持。10 月初,我们前往科隆参加欧洲决赛!比赛本身在 Anuga 食品展上举行,历时两天,令人激动而又紧张。来自欧洲各地的 14 个团队向业界巨龙展示了自己的产品。和我们一样,每支队伍都在本国的比赛中获胜,现在代表自己的国家站在更广阔的欧洲舞台上。在 2023 年的比赛中,我们看到了产品的发展趋势,主要是将可持续蛋白质或废物利用产品融入到饮料、甜点和零食产品中。由于没有产品展示,我们与其他参赛队见面并抢先了解他们产品的机会较少。幸运的是,我们能够与几个团队进行交谈,他们非常友好,对自己的产品和创新历程同样充满热情。不过,缺乏展示机会也意味着我们没有机会在不太正式的场合展示我们的产品或与评委交谈。我们与评委的第一次见面是在演讲中。我们的演讲必须吸引他们的注意力!在演讲前的几分钟里,我们在走廊里焦急地等待,然后才上台向 19 位行业巨头推介我们的产品。与英国赛区的 15 分钟相比,我们的演讲只有 10 分钟,因此我们必须确保简明扼要地传达所有要点。随后,评委们给了我们 10 分钟的提问时间,虽然紧张,但经过几个月的准备和努力,我们感觉自己已经做好了充分准备。离开舞台时,我们团队的自豪感溢于言表。我们很荣幸能参加在德国举办的活动,在第一天展示了我们的产品后,我们有机会游览了科隆的各个地区,包括大教堂、巧克力博物馆、餐馆和咖啡馆,以及令人惊叹的 Anuga 食品展。Anuga 食品展被主办方称为 "最大、最重要的食品和饮料展",规模宏大。我们在三层楼的 11 个展厅中匆匆逛了一圈,听说有近 8000 家参展商,我们一点也不感到惊讶。能在欧洲市场上看到如此多的创新产品真是太棒了。特别有趣的是,我们与一家奥地利公司进行了交谈,这家公司也在各种产品中使用昆虫蛋白;他们的产品也非常美味!尽管没有进入欧洲决赛,但我们很高兴能作为一个团队庆祝我们取得的进步。在短短 10 个月的时间里,我们创造了一种产品,利用我们所热衷的原料,从一个单纯的概念发展成为一种实物产品,并制定了相应的商业计划。昆虫蛋白!不用说,我们都为自己的成就感到无比自豪。 Ecotrophelia 的经验远远超出了产品开发的范畴;它比产品本身 "更大"。它迫使我们将在大学学到的许多知识结合到实际环境中。它为我们打开了世界的大门,让我们可以向希利集团这样的公司寻求宝贵的支持、建议和配料专业知识。有时,我们要兼顾几项任务,为了在截止日期前完成任务,我们必须深入研究。虽然作为学生,我们过去曾合作完成过课程作业,但 Ecotrophelia 真的让我们考虑到了自己的优势所在,并以一种从未有过的方式信任团队成员的技能。就我个人而言,它促使我找到了自己的专业声音。我意识到,我可以与行业专家进行有意义的对话,我有话要说,食品行业的其他专业人士也希望听到我的声音。它改变了我,用新的专业自信武装了我。我会推荐参加 Ecotrophelia 比赛吗?当然会!在撰写本文时,入围英国决赛的团队正在努力为比赛做最后的准备。我祝愿他们一切顺利,并期待看到谁将代表英国参加 2024 年在巴黎 Sial 举行的欧洲总决赛!
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引用次数: 0
Building a career in the food industry 在食品行业建功立业
Q2 Agricultural and Biological Sciences Pub Date : 2024-06-01 DOI: 10.1002/fsat.3802_14.x

Daria Liutcerina, interviews Bob Bowman. Here he shares his story as a professional in the field of food science and covers many challenges but also opportunities in the field.

BB: I was born and raised in Croydon, Surrey. I went to a local Grammar School, where my favourite subjects at O-level were maths and biology. However, after taking advice, I studied chemistry, physics, and pure & applied maths at A-Level.

My interest in food was sparked when, during my sixth-form years, I worked as a Saturday boy at my local Sainsbury store. I discovered that food retailing was different from many commodities. Stacking products on the shop floor wasn’t just about keeping shelves full; products had different storage requirements, shelf-lives, etc. When it came to considering further education after school, I was totally disillusioned with the pure sciences I had studied and could not envisage taking any one of them further (I hope they’ve changed the curricula since to make them more exciting). That's when I began considering studying food science. I looked at all the possible courses but, on my very last day at school, my form master handed me an A4 sheet about the National College for Food Technology (NCFT) in Weybridge, which had just dropped through his mailbox that morning. I applied and was interviewed by the principal, Professor Denis Mounfield, one of the founders of IFST, and was offered a place on the 4-year Food Technology course.

BB: I often describe my career since graduating in 1970 as consisting of two halves – half spent in employment with various food businesses and the other half self-employed. My first job was as a Development Technologist with Brooke Bond Oxo, based at their new technical centre in Croydon. I was tasked with developing a range of heat-sterilized products in flexible pouches. The project required frequent trips to a small factory in Fakenham, Norfolk, where I conducted heat-penetration trials using specially modified retorts adapted to run on super-heated water.

During one of these trips, between Christmas and New Year, a retort malfunctioned, spraying water under pressure. I was injured and spent New Year with my legs bandaged, which almost disrupted plans to announce our engagement at my girlfriend's parents’ house in South Wales. To this day, I bear scars from the incident.

Additionally, I became the go-to expert in materials testing and texture measurement, a role that led to my photo appearing on the front page of the Financial Times. This became an amusing anecdote, serving as my ‘ice-breaker’ at subsequent training courses.

My line manager at the time, Keith Anderson, who later became a President of IFST, persuaded me to join the institute as a Licentiate on 1st October 1971 (a membership lasting – well, I’ll leave you to do the maths). I was later promoted to Quality Controller at their recently acquired Haywards business, which had factories

我记得其中一次是为丹麦熏肉公司(DBC)的食品服务部门担任供应商审计员。当我来到一家知名食品公司的接待处时,尽管我的名字(尽管拼写错误)出现在接待员桌子后面的访客留言板上,但他们显然并不知道我的来访。在我解释了来访目的和谁派我来之后,他们急忙打了几个电话,直到有三位 "西装革履 "的人出现。当错误被揭穿后,三位 "西装男 "如释重负。
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引用次数: 0
Trusting nutrition and health claims 相信营养和健康声明
Q2 Agricultural and Biological Sciences Pub Date : 2024-06-01 DOI: 10.1002/fsat.3802_10.x

Lewis Wallis and Helen Arrowsmith of Campden BRI outline the importance of clear labelling when making nutrition and health claims to empower consumers’ informed choices amid regulatory complexities.

Have you ever seen a claim on a food or drink product label that has swayed your purchasing decision? We are constantly faced with claims of various kinds used to promote products whenever we enter a supermarket, shop for products online, or see them promoted on TV and in social media advertisements. You may have even questioned whether such claims are truthful and accurate or are simply just marketing text used to influence your choice. But is a product claiming to be a ‘source of fibre’ really going to make a difference to your diet? And does the yogurt you eat actually ‘support your gut health’? The good news is that claims relating to nutrition and health are strictly regulated in many countries worldwide, including the UK and EU. This article explores whether you can trust the claims you read and describes the conditions that need to be met if products are to use them.

A claim can be any ‘message’ or ‘representation’ that manufacturers use to suggest that a food has particular characteristics and include the use of both text (e.g. gluten-free, apple flavour, low fat) and imagery (e.g. pictures, graphics and symbols). For example, a product could claim it was ‘vegan’ on the label whilst another may use an image of the gut which could imply that the product has a positive effect on gut health. Not all claims have strict requirements that need to be followed, and in these cases, whether the claim is permitted comes down to if it is considered misleading under relevant legislation. However, there are specific types of claims, including nutrition and health claims, that have to meet set criteria before being used for a product. But firstly, what exactly do we mean by nutrition and health claims?

■ For nutrition claims, the clue is in the name – these relate to a specific nutrient (e.g. fat, sugar, protein, fibre) and suggest a beneficial effect (e.g. low fat, sugar-free, source of protein, high fibre)

■ For health claims, these go one step further – they make a statement that connects a nutrient/food with a positive effect on health (e.g. vitamin D contributes to the normal function of the immune system; plant sterols contribute to the maintenance of normal blood cholesterol levels)

In 2016, a five-country study in Europe (including the UK) found that out of 2034 food and drinks sampled, 26% had at least one claim; of which, 64% were nutrition claims, and 29% were health claims(1). Of the claims, 40% related to processes involved in breaking down food, converting it to energy, and regulating the body's internal environment. Among the five countries studied the UK had the highest proportion of products with at least one claim (35%).

坎普登生物资源研究所的刘易斯-沃利斯(Lewis Wallis)和海伦-阿罗史密斯(Helen Arrowsmith)概述了在作出营养和健康声明时清晰标注的重要性,以帮助消费者在复杂的监管环境中作出知情选择。每当我们走进超市、在网上购买产品,或者在电视和社交媒体广告中看到产品宣传时,我们都会经常面对各种用于促销产品的声称。你甚至会质疑这些说法是否真实准确,或者仅仅是用来影响你选择的营销文字。但是,声称自己是 "纤维来源 "的产品真的会给你的饮食带来改变吗?你吃的酸奶真的 "有助于肠道健康 "吗?好消息是,包括英国和欧盟在内的世界上许多国家都对与营养和健康有关的声称进行严格监管。本文探讨了您是否可以相信您所读到的声称,并介绍了产品使用这些声称需要满足的条件。声称可以是制造商用来暗示食品具有特定特征的任何 "信息 "或 "表述",包括文字(如无麸质、苹果味、低脂肪)和图像(如图片、图形和符号)的使用。例如,一种产品可以在标签上声称自己是 "素食者",而另一种产品则可能使用肠道图像,暗示该产品对肠道健康有积极影响。并不是所有的声称都需要遵守严格的要求,在这些情况下,是否允许声称取决于相关法律是否认为其具有误导性。不过,有些特定类型的声称,包括营养和健康声称,在用于产品之前必须符合既定标准。对于营养声称,线索就在名称中--这些声称与特定的营养素(如脂肪、糖、蛋白质、纤维)有关,并暗示有益的效果(如低脂肪、无糖、蛋白质来源、高纤维)。2016年,欧洲(包括英国)五国的一项研究发现,在2034种食品和饮料样本中,26%至少有一项声明;其中,64%是营养声明,29%是健康声明(1)。在这些声称中,40%与分解食物、将食物转化为能量以及调节人体内部环境的过程有关。在所研究的五个国家中,英国至少有一项声称的产品比例最高(35%)。今年早些时候发表的一项研究审查了英国网上乳制品及替代品、果汁和茶产品声称的普遍性和合规性。共有 28%的产品显示了健康声称,但并非所有显示的声称(6-10%)都符合监管其使用的相关法律(2)。自 2000 年以来,欧盟委员会一直有意制定监管营养和健康声称的法律;但直到 2003 年才提出了制定条例的建议。经过进一步发展,该法规(欧盟委员会第 1924/2006 号法规)于 2006 年生效。从那时起,消费者就受到了保护,免受营养和健康声明的误导,这些声明现在必须经过授权并有科学依据才能使用。该法律适用于任何 "商业传播 "中的声称,包括通过杂志、海报、电视和社交媒体平台等向最终消费者展示的标签和广告。该立法旨在通过制定标准化标准和基于科学数据的授权程序,提高消费者对产品声称的信任和信心。以图 1 中允许的营养声称列表为例,如果食品声称自己是 "纤维来源"(营养声称),则立法要求产品必须每 100 克至少含有 3 克纤维,或每 100 千卡至少含有 1.5 克纤维。这种立法规定的阈值意味着您可以确信您的食品或饮料含有足够的纤维,符合标准。这是否意味着,如果您不吃 100 克该产品,它对您的纤维摄入量的贡献就很小?并不完全是这样,因为法律中有一条规定,产品的 "合理预期食用量 "应符合声称标准。这意味着,份量为 30 克的产品,每份至少应含有 3 克纤维。 然而,要达到英国政府提出的每天 30 克纤维的膳食建议,还需要在膳食中补充其他纤维来源。对于营养声称,只能使用(EC)第 1924/2006 号法规附件中涵盖的那些声称(图 1),而且产品必须满足声称的条件。对于健康声称,在实施该法规时,制定了一套程序,即每项声称都必须经过证实和授权,才能在产品标签和广告中使用。这一程序导致了许多申请,随后批准了近 300 项声称,只要符合声称的具体条件,这些声称现在都可以使用。最终,为了保护消费者的利益,只有经过授权的声明才能使用,而且必须以公认的科学证据为基础。某些声称从一开始就被禁止,包括那些暗示不食用该食品会影响健康的声称(如 "不食用该产品就无法达到建议的纤维摄入量"),或提及减肥速度或数量的声称。此外,由医生或营养/保健专业人员个人提出建议的声称也受到限制,尽管没有任何规定禁止非营养/保健专业人员的其他个人(如名人、有影响力的人)提出建议。你会注意到,健康声称的措辞可能并不总是最适合消费者的(如梅干/杨梅有助于正常的肠道功能)。现有的指南提供了一些关于健康声称措辞灵活性的一般原则,但指出声称不应比授权声称 "更强"。因此,无论使用何种术语,健康声称都应向消费者传达相同的含义。因此,如果声称使用了 "有助于 "一词,可以用 "支持 "或 "起作用 "等同义词代替,但 "刺激 "或 "优化 "等词会被视为 "强化 "声称,因此不符合规定。立法允许使用一般的 "非特定 "声称,只要它们仍与有益效果有关,并附有相关食品/营养素的特定授权声称。例如,"帮助你在早晨感觉良好 "这样的声称被归类为一般声称,但如果产品中的铁含量符合声称条件,则可以附带 "铁有助于减轻疲倦和疲劳 "的声称。我们知道,营养和健康声称必须符合严格的标准,但是否所有产品只要符合条件都可以进行营养和健康声称呢?立法中包含了保护消费者的条款,以防止生产商以误导的方式使用这些声称,但对于哪类产品可以使用营养和健康声称几乎没有限制。实际上,这意味着你最喜欢的巧克力饼干仍然可以声称自己是 "纤维来源",只要它使用这种声称不被认为具有误导性,并且符合作出这种声称的要求。这就意味着要制定营养标准(如与脂肪、饱和脂肪、盐、糖的含量有关的标准),超过这些标准的产品不得作出声称。然而,由于迄今尚未确定阈值,大多数产品可以继续使用营养和健康声称。2020 年对立法进行的评估强调了缺乏营养概况的问题,并可能在制定欧盟未来旨在保护消费者健康的政策时作为一个概念予以重新考虑(4)。营养声明只有在提及低酒精含量、降低酒精含量或降低能量含量时才可接受。该立法是在社交媒体平台和 "影响者 "营销(即品牌与社交媒体上拥有大量粉丝的个人合作推广其产品的策略)兴起之前制定的。即便如此,该法规仍适用于所有 "商业传播",仍包括在网络平台上发布的帖子。如前所述,营养/保健专业人士不得在商业传播中为产品代言。
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引用次数: 0
Cover and contents 封面和内容
Q2 Agricultural and Biological Sciences Pub Date : 2024-06-01 DOI: 10.1002/fsat.3802_1.x

4 Editorial

4 International and Home News

8 IFST News

22 The food system strikes back Martin Chadwick discusses FoodSEqual.

26 Pioneering Plant-Based Innovation in the Face of Labelling Debates Interview with Robin Simsa from Revo Foods.

28 Feeding the Feed: Social Media and youth's food decision Carol Raithatha shares an overview on how social media shapes youth's preferences and influences consumption patterns today.

32 The Future of Sensory Science: An Intergenerational Conversation How the study of human perception is evolving and what it means for the science of food.

36 Global policy and industry initiatives: a dive into sustainability labelling along the food supply chain Pretima Titoria and Pannathon Sae-Tung from Leatherhead Food Research on global sustainability labelling regulations.

40 Championing the consumers voice Hermione Blakiston and Elizabeth Clark explore ways to incite and maintain sustainable change in food products.

46 Trusting nutrition and health claims Lewis Wallis and Helen Arrowsmith of Campden BRI on the importance of clear labelling when making nutrition and health claims.

50 Empowering Women in Food Science Lucy Wager explains how empowering women in food science can help break barriers and foster industry innovation.

53 Careers and training in the food and drink sector

59 Book reviews

4 社论4 国际和国内新闻8 IFST 新闻22 食品系统的反击 Martin Chadwick 讨论 FoodSEqual.26 面对标签争论的植物创新先锋 来自 Revo Foods 的 Robin Simsa 专访.28 喂养饲料:社交媒体与年轻人的食品决策 Carol Raithatha 概述了社交媒体如何塑造年轻人的偏好并影响当今的消费模式:36 全球政策和行业倡议:深入探讨食品供应链上的可持续性标签 来自莱瑟黑德食品研究公司的 Pretima Titoria 和 Pannathon Sae-Tung 介绍了全球可持续性标签法规。信任营养和健康声明 坎普登生物资源研究所的 Lewis Wallis 和 Helen Arrowsmith 讲述了在进行营养和健康声明时清晰标注的重要性。
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引用次数: 0
Empowering Women in Food Science 为食品科学领域的女性赋权
Q2 Agricultural and Biological Sciences Pub Date : 2024-06-01 DOI: 10.1002/fsat.3802_11.x

Working in the food industry is fast paced, exciting, challenging and rewarding, sometimes not in equal measure, but one thing I do know is the industry is made up of committed people who in general help and support each other.

One of the most rewarding parts of working in food science and product development is being part of the innovations that change the landscape of our food system and over the last 20 years those changes have been significant. These innovations are largely down to the immense efforts of food scientists working tirelessly behind the scenes. Despite all of this advancement, like many industries, a noticeable gender gap persists within food science specifically. It's this topic I wanted to explore today, shining a light on the contributions made by women in the industry and highlighting the obstacles women still encounter but also the strides that are being taken to motivate more women into a career within food science.

Numerous factors contribute to the challenges faced by the food industry. One recurring aspect that demands continuous attention is the widespread lack of awareness beyond the industry itself regarding the array of fulfilling career opportunities within the food sector. This deficiency in understanding translates into a lack of interest among school-age children during the early stages of education when exploring potential roles in the industry becomes crucial. Historically food science, like many other scientific fields, has been heavily male dominated and this can be attributed to a variety of social, cultural and institutional factors. These include traditional gender roles, access to education, workplace discrimination and a lack of role models and mentors as well as work life balance challenges because roles within science have historically been seen as more demanding of time and lacking flexibility. All of these factors, coupled with the initial rise of food science as a formal discipline coinciding with a period of time when societal norms heavily favoured men in professional and academic roles resulted in a gender imbalance, setting a precedent which takes time to change. Although these imbalances are gradually shifting, the progress is slower than would be optimal. This could, in part, be attributed to the ongoing effort to dismantle stereotypes and foster inclusive environments. In my experience within the food industry, I witness women navigating through sectors largely dominated by men, facing situations where their voices may not consistently receive the attention they deserve.

The most critical thing to improve the gender gap in food science is to empower women, and foster an inclusive environment that will inspire more women into the sector. There are several strategies some of which I have seen work first hand that I think are absolutely critical if we are to build an inclusive, robust food industry that is fit for the future:

Mentorship programmes: Recognising t

在食品行业工作节奏快、令人兴奋、充满挑战和回报丰厚,有时甚至不尽相同,但我知道的一点是,这个行业是由一群尽职尽责的人组成的,他们在总体上互相帮助、互相支持。在食品科学和产品开发领域工作最有成就感的事情之一,就是参与到改变我们食品系统面貌的创新活动中,而在过去 20 年里,这些创新活动带来了巨大的变化。这些创新在很大程度上归功于食品科学家们在幕后不懈的努力。尽管取得了这些进步,但与许多行业一样,食品科学领域仍然存在明显的性别差距。今天,我想探讨的正是这个话题,揭示女性在该行业做出的贡献,强调女性仍然面临的障碍,以及为激励更多女性投身食品科学事业而迈出的步伐。食品行业面临的挑战有许多因素,其中需要持续关注的一个经常性问题是,除了行业本身之外,人们普遍缺乏对食品行业中一系列充实的职业机会的认识。这种认识上的不足导致学龄儿童在早期教育阶段缺乏兴趣,而此时探索食品行业的潜在角色就变得至关重要。从历史上看,食品科学与许多其他科学领域一样,在很大程度上是由男性主导的,这可归因于各种社会、文化和制度因素。这些因素包括传统的性别角色、受教育机会、工作场所歧视、缺乏榜样和导师,以及工作与生活平衡方面的挑战,因为科学领域的角色历来被认为对时间要求较高,缺乏灵活性。所有这些因素,再加上食品科学作为一门正式学科兴起之初,正值社会规范在专业和学术角色上严重偏向男性的时期,导致了性别失衡,开创了一个需要时间来改变的先例。虽然这些不平衡现象正在逐步改变,但进展速度比理想状态要慢。这在一定程度上可以归因于我们一直在努力消除陈规定型观念,营造包容的环境。根据我在食品行业的经验,我目睹了女性在主要由男性主导的行业中摸爬滚打,面对的情况是她们的声音可能始终得不到应有的关注。要改善食品科学领域的性别差距,最关键的是要增强女性的能力,营造一个包容性的环境,从而激励更多女性进入这个行业。我认为,如果我们要建立一个适合未来发展的、具有包容性的、强大的食品工业,以下几项战略绝对至关重要:导师计划:虽然食品行业是一个非常适合工作的地方,但人们可能会感到无法自由表达自己,担心与竞争对手分享知识,最常见的是被行业的快节奏所淹没,因此,我们必须认识到这些计划的力量。导师计划提供了一个绝佳的机会,可以从经验丰富的专业人士那里获得指导、支持和见解,他们可以极大地帮助克服我们之前讨论过的一些障碍。Flourish in Food 就是这样一个计划,它是由一名食品行业的毕业生在禁闭期间创办的,面向食品行业的每一个人,团队会为参与者牵线搭桥,这是一个非常好的组织,它创造了一个真正帮助建立信心和解决问题的地方,否则这些问题可能会阻碍女性和男性的职业发展:教育推广:与教育机构合作,可以通过讲习班、研讨会和推广计划鼓励更多年轻女性考虑从事食品科学工作。这些计划可以向学生们介绍食品科学领域令人兴奋的可能性,并为他们提供在实验室和研究环境中亲身体验的机会:行业领导者应积极倡导多元化和包容性,制定有利于食品科学领域女性招聘和晋升的政策。公司可以设定多样性目标,并创造支持性的工作环境,使女性能够在自己的岗位上发挥所长。此外,强调多元化团队的商业利益可以激励企业投资于性别多元化计划:分享食品科学领域有成就的女性的成功故事,可以展示她们的成就,激励下一代女性专业人员。这些故事可以涵盖食品科学领域的各种职业道路,从研发到质量控制、产品创新和创业。 促进交流机会:组织专门针对食品科学领域女性的会议、研讨会和交流活动,可以创造宝贵的联系和合作机会。这些聚会可以为分享研究成果、讨论行业趋势和建立强大的支持网络提供平台。行业内有很多交流活动,例如 "食品与农业中的女性"(Women in Food &amp; Farming)就是一个很好的例子,它可以成为食品科学领域女性的一个很好的起点。虽然我们的 "滋养你的网络 "活动并不完全针对女性,但这是我们新推出的个人播客活动,是让志同道合者聚集在一起、挑战行业对话、学习新策略的绝佳方式,从而建立自信并在食品行业茁壮成长:专门为攻读食品科学学位的女生设立奖学金和助学金,可以减轻经济障碍,鼓励更多女性进入这一领域。这些经济激励措施可以由教育机构、政府机构或私人组织提供:鼓励和指导女性在食品科学组织中担任领导职务对于实现性别平等至关重要。作为研究、开发和管理岗位的领导者,女性可以做出重大贡献。
{"title":"Empowering Women in Food Science","authors":"","doi":"10.1002/fsat.3802_11.x","DOIUrl":"https://doi.org/10.1002/fsat.3802_11.x","url":null,"abstract":"<p>Working in the food industry is fast paced, exciting, challenging and rewarding, sometimes not in equal measure, but one thing I do know is the industry is made up of committed people who in general help and support each other.</p><p>One of the most rewarding parts of working in food science and product development is being part of the innovations that change the landscape of our food system and over the last 20 years those changes have been significant. These innovations are largely down to the immense efforts of food scientists working tirelessly behind the scenes. Despite all of this advancement, like many industries, a noticeable gender gap persists within food science specifically. It's this topic I wanted to explore today, shining a light on the contributions made by women in the industry and highlighting the obstacles women still encounter but also the strides that are being taken to motivate more women into a career within food science.</p><p>Numerous factors contribute to the challenges faced by the food industry. One recurring aspect that demands continuous attention is the widespread lack of awareness beyond the industry itself regarding the array of fulfilling career opportunities within the food sector. This deficiency in understanding translates into a lack of interest among school-age children during the early stages of education when exploring potential roles in the industry becomes crucial. Historically food science, like many other scientific fields, has been heavily male dominated and this can be attributed to a variety of social, cultural and institutional factors. These include traditional gender roles, access to education, workplace discrimination and a lack of role models and mentors as well as work life balance challenges because roles within science have historically been seen as more demanding of time and lacking flexibility. All of these factors, coupled with the initial rise of food science as a formal discipline coinciding with a period of time when societal norms heavily favoured men in professional and academic roles resulted in a gender imbalance, setting a precedent which takes time to change. Although these imbalances are gradually shifting, the progress is slower than would be optimal. This could, in part, be attributed to the ongoing effort to dismantle stereotypes and foster inclusive environments. In my experience within the food industry, I witness women navigating through sectors largely dominated by men, facing situations where their voices may not consistently receive the attention they deserve.</p><p>The most critical thing to improve the gender gap in food science is to empower women, and foster an inclusive environment that will inspire more women into the sector. There are several strategies some of which I have seen work first hand that I think are absolutely critical if we are to build an inclusive, robust food industry that is fit for the future:</p><p><b>Mentorship programmes</b>: Recognising t","PeriodicalId":12404,"journal":{"name":"Food Science and Technology","volume":"38 2","pages":"50-52"},"PeriodicalIF":0.0,"publicationDate":"2024-06-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/fsat.3802_11.x","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"141187478","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":0,"RegionCategory":"","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
Feeding the Feed: Social Media and youth's food choices 喂食:社交媒体与青少年的食物选择
Q2 Agricultural and Biological Sciences Pub Date : 2024-06-01 DOI: 10.1002/fsat.3802_6.x

We currently live in an era where social media has become a huge element of many people's lives. Gen Z is the first that springs to mind, but in fact all generations are accessing and using social media regularly. In addition, it seems this phenomenon can be found in almost every location around the world and throughout varied income and ethnic groups. We know that a lot of what is being communicated on social media is food and drink related. For example, one study found that food and drink was the most popular topic on Instagram, with 39% of the UK users surveyed identifying as fans of food and/or drink related content(1). But how might this affect food and drink choice and consumption?

Being towards the late end of the Baby Boomer generation I am certainly not a social media expert, but I do find the topic fascinating and have years of experience of sensory and consumer research. I hypothesise that the prevalence of social media is affecting food choice, especially in the younger generation, in many ways. Some of these effects are likely to be positive, but there are also some quite negative ones too! Here are a few points, based on desk research and reflection.

First, food and drink is an important component of many young people's lives. The realm of food and drink is often a symbol of what individuals believe in, to which group they belong, and/or what they aspire to become. In a recent survey, more than half of the US and UK Gen Z respondents said that what they eat is indicative of who they are as a person. In addition, 47% indicated that they will be prioritising more mental health focused eating over the next few years(2). For young adults, food and drink seems to be inextricably linked to identity, wellness, and state of mind. And of course, diet and nutrition is important. Such aspects, along with exercise, are often seen as a way to attain a healthy and attractive body.

Social media serves as an intersection where the world of foods, drink, and online interactions converge. It encompasses a variety of contexts, including sharing images of what individuals are eating or cooking, recipes and suggestions of products to buy, nutritional and diet information and advice, food service adverts and promotions, etc. Additionally, social media is used for inspiration and guidance on out of home eating and drinking occasions. For instance, one study found 48% of British consumers surveyed use social media to find recommendations of places to eat and drink out(3). Each social media platform has the potential to spotlight various facets of food and drink presented in a variety of formats.

However, amidst the abundance of information out there, the lack of qualified food or nutrition professional curation in certain cases remains a concern. The key to navigating this considerable amount o

我们目前生活的时代,社交媒体已成为许多人生活中的重要元素。人们首先想到的是 Z 世代,但事实上,所有世代的人都在经常访问和使用社交媒体。此外,这种现象似乎遍布全球几乎所有地方以及不同的收入和种族群体。我们知道,社交媒体上传播的很多信息都与饮食有关。例如,一项研究发现,食品和饮料是 Instagram 上最热门的话题,39% 的受访英国用户认为自己是食品和/或饮料相关内容的粉丝(1)。作为婴儿潮一代的晚辈,我当然不是社交媒体专家,但我觉得这个话题很吸引人,而且我有多年的感官和消费者研究经验。我的假设是,社交媒体的盛行正在以多种方式影响着人们,尤其是年轻一代对食品的选择。其中有些影响可能是积极的,但也有一些相当消极的影响!首先,饮食是许多年轻人生活的重要组成部分。首先,饮食是许多年轻人生活的重要组成部分。饮食领域往往象征着个人的信仰、所属群体和/或理想。在最近的一项调查中,半数以上的美国和英国 Z 世代受访者表示,他们所吃的东西代表了他们的为人。此外,47% 的受访者表示,他们将在未来几年内优先考虑更注重心理健康的饮食(2)。对于年轻人来说,饮食似乎与身份、健康和精神状态密不可分。当然,饮食和营养也很重要。社交媒体是食品、饮料和网络互动世界的交汇点。社交媒体是食品、饮料世界和网络互动的交汇点,它涵盖了各种内容,包括分享个人饮食或烹饪的图片、食谱和购买产品的建议、营养和饮食信息及建议、食品服务广告和促销等。此外,社交媒体还可为外出吃喝提供灵感和指导。例如,一项研究发现,48% 的受访英国消费者使用社交媒体寻找推荐的外出餐饮场所(3)。每个社交媒体平台都有可能以各种形式展示饮食的各个方面。然而,在大量的信息中,某些情况下缺乏合格的食品或营养专业人士的策划仍然是一个令人担忧的问题。浏览大量信息的关键在于批判性评估技能。虽然食品科学与技术研究所(IFST)和欧洲食品信息委员会(EUFIC)等声誉卓著的组织在营养和健康饮食选择方面提供了宝贵的事实细节和指导,但在社交媒体平台上也不可避免地会出现不准确和有偏见的信息。对于缺乏适当背景的人来说,筛选社交媒体上的建议并判断哪些来自可信来源、哪些有意义、哪些没有意义是非常困难的。社交媒体会影响个人的饮食选择,包括我们这些有饮食或营养背景的人。最近一项针对美国一年级营养学学生的研究发现,"运动"、"营养 "和 "健身 "是受访者在社交媒体上最常搜索的主题。超过 70% 的受访者表示经常在新闻推送中看到营养主题,听取 "食物交换 "建议,观看 "有影响力的人 "发布的 "我一天吃什么 "等视频。超过一半的受访者表示,他们发现自己会将自己的饮食与所关注的 "有影响力的人 "的饮食进行比较。大约一半的受访者表示,他们会因为社交媒体上的帖子而在饮食中添加或减少食物,48%的受访者表示,他们感觉自己的饮食选择受到了评判或批评(4)。社交媒体是通过社会影响理论运作的;人们希望遵循社会规范并被接受,因此可能会根据他们信任的人/群体或渴望成为其一员的人/群体的言行来改变他们的饮食消费习惯。对于不同的食物类别,这些影响可能会有所不同。例如,在英国的一项研究中,一组大学生被发现,如果他们认为 Facebook 用户也是这样做的,那么他们可能会吃更多的水果和蔬菜。
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引用次数: 0
Study of the drying process of the purple-fleshed sweet potato (Ipomoea batatas (L.) Lam) in spouted bed 在喷水床中研究紫瓤甘薯(Ipomoea batatas (L.) Lam)的干燥过程
Q2 Agricultural and Biological Sciences Pub Date : 2024-03-28 DOI: 10.5327/fst.00180
Letícia Vieira Rezende, Wanessa Barros Paraizo, Jônatas Dias Azevedo de Santos, Katiúcia Alves Amorim, Gilberto Alessandre Soares Goulart, Fernanda Salamoni Becker, C. Damiani
This study aimed to study the drying of purple-fleshed sweet potato (PFSP) in a spouted bed and define the best drying conditions, producing flour and analyzing it using physical, chemical, and technological analyses. The best condition of the drying process was a feed load of 300 g PFSP and a drying temperature of 70°C. Flour with a moisture content of 3.95% and a low water activity was obtained, which had high carbohydrates, low fats, and a considerable amount of ashes and proteins. The sweet potato flour presented good solubility in water and milk and good absorption in water, oil, and milk, forming gel but not foam. PFSP flour is a good alternative for the use of its residues, avoiding the waste of raw material that has no commercial value and can be useful to incorporate in products such as porridges, creams, and sauces.
本研究旨在研究在喷水床中干燥紫肉甘薯(PFSP)的方法,并确定最佳干燥条件,生产面粉,并利用物理、化学和技术分析对其进行分析。干燥过程的最佳条件是进料量为 300 克 PFSP,干燥温度为 70°C。得到的面粉含水量为 3.95%,水分活度低,碳水化合物含量高,脂肪含量低,灰分和蛋白质含量高。红薯粉在水和牛奶中具有良好的溶解性,在水、油和牛奶中具有良好的吸收性,能形成凝胶,但不会产生泡沫。PFSP 粉是利用其残留物的一个很好的替代品,避免了没有商业价值的原材料的浪费,可用于制作粥、奶油和调味汁等产品。
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引用次数: 0
Ideal concentration of turmeric to be added to artisanal cassava flour according to consumer preference 根据消费者喜好在手工木薯粉中添加姜黄的理想浓度
Q2 Agricultural and Biological Sciences Pub Date : 2024-03-28 DOI: 10.5327/fst.00190
Virgínia de Souza Álvares, R. C. Reis, Joana Maria Leite de Souza, Daniel Moreira Lambertucci, Antônio Clebson Cameli Santiago
In the artisanal manufacture of yellow cassava flour, in the North region of Brazil, it is common to add turmeric. However, there are no recommendations on this process considering the preference of consumers. The present study proposes to determine this ideal concentration of turmeric that should be added to cassava flour based on consumers’ preference. Samples were produced with 0, 0.05, 0.10, 0.15, and 0.20% concentrations of turmeric in the flour. The flours were evaluated for moisture, ash, ether extract, fiber, protein, acidity, pH, aw, and instrumental color. Sensory evaluation was analyzed in the cities of Rio Branco and Cruzeiro do Sul, state of Acre, Brazil. The addition of turmeric promoted an increase in acidity and a reduction in moisture and water activity of the flours. The intensity of the yellow color increased as higher concentrations of turmeric were added. Sensory tests using the hedonic, ideal, and purchase intention scales and internal preference mapping revealed differences between the two municipalities in terms of preference of consumers. In Rio Branco, there was a preference for flours with intermediate concentrations of turmeric, from 0.05 to 0.15%, while Cruzeiro do Sul recommended a concentration of 0.05% of turmeric.
在巴西北部地区手工制作黄木薯粉时,通常会加入姜黄。然而,考虑到消费者的偏好,目前还没有关于这一工艺的建议。本研究建议根据消费者的喜好来确定木薯粉中应添加的姜黄的理想浓度。生产的样品中姜黄的浓度分别为 0、0.05、0.10、0.15 和 0.20%。对面粉的水分、灰分、醚提取物、纤维、蛋白质、酸度、pH 值、aw 值和仪器色度进行了评估。在巴西阿克里州的 Rio Branco 市和南克鲁赛罗市进行了感官评估分析。加入姜黄后,面粉的酸度增加,水分和水活性降低。姜黄的添加浓度越高,黄色的强度越大。使用享乐量表、理想量表、购买意向量表和内部偏好图进行的感官测试表明,两个城市的消费者在偏好方面存在差异。在里奥布朗库市,消费者偏好姜黄浓度在 0.05% 到 0.15% 之间的面粉,而南克鲁塞罗市则推荐姜黄浓度为 0.05%。
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引用次数: 0
Nanoencapsulation of natural products and their role in the preservation and control of contaminations in the food industry 天然产品的纳米封装及其在食品工业中的保存和污染控制作用
Q2 Agricultural and Biological Sciences Pub Date : 2024-03-27 DOI: 10.5327/fst.00222
Sarah de Oliveira Rodrigues, João Marcos Oliveira da Silva, K. Banwo, C. M. Lima, Abdu Aldarhami, R. Guiné, S. Verruck, J. P. Pagnossa
Microbial resistance is a problem of high notoriety and importance, being investigated in several scientific areas. Directly correlated to the abuse of macrolides in the pandemic context, the difficulty in eliminating resistant microorganisms and the control of bacterial contamination in an industrial food environment have been increasingly worrying nowadays. The present study demonstrates hypotheses of microbial control using the encapsulation of essential oils and products of natural origin through the technology used in nanocomposites. The aid in the prevention and control of microorganisms with high antimicrobial resistance factors in food industry environments can be seen. Furthermore, new approaches and themes applied in the denaturation of pathogenic biofilms and nanoencapsulation and the use of common metals and transition metals are highlighted.
微生物的耐药性是一个备受关注的重要问题,在多个科学领域都有研究。与大环内酯类药物在大流行病中的滥用直接相关的是,如今在工业化食品环境中消除耐药微生物和控制细菌污染的难度越来越令人担忧。本研究通过纳米复合材料技术,展示了利用天然来源的精油和产品封装来控制微生物的假设。这有助于预防和控制食品工业环境中具有高抗菌素耐药性的微生物。此外,还重点介绍了病原体生物膜变性、纳米封装以及普通金属和过渡金属的应用等新方法和新主题。
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引用次数: 0
Effects of cold storage and freezing on sheep’s milk 冷藏和冷冻对羊奶的影响
Q2 Agricultural and Biological Sciences Pub Date : 2024-03-27 DOI: 10.5327/fst.00137
C. R. Nespolo, Félix Roman Munieweg, Alexandre Henrique Marcelino, Luana Caroline Souza Rosa Araújo, DN Araújo, L. Stefani
Sheep’s milk production in Brazil is focused on the industrialization of high added value derivatives. Some factors, such as seasonal production, short lactation period, and microbiological contamination, cause a shortage of this raw material throughout the year. It is well known that low temperatures are used in the conservation of dairy products and the objective of this study was to verify the microbiological and physical-chemical quality in refrigerated and frozen raw sheep’s milk. Standard plate counts, psychrotrophics, Staphylococcus aureus, total coliforms, and fecal coliforms, as well as titratable acidity, pH, and water activity were analyzed in samples 1 day after refrigeration and 8 and 15 days after freezing temperatures. Overall, the results of refrigerated milk were based on the legislation, but frozen milk showed high values of aerobic plate, S. aureus, and acidity, especially after 15 days of storage. Psychrotrophics and coliform counts were also high, indicating a risk for the quality of the raw milk and derivatives, which emphasizes the importance of handler training for good practices in the farm, as well as in the dairy industry. Freezing may be a viable strategy; however, additional studies testing lower temperatures and previous milk pasteurization are necessary to guarantee milk quality and consumer safety.
巴西的绵羊奶生产侧重于高附加值衍生产品的工业化。季节性生产、泌乳期短和微生物污染等因素造成了这种原料的全年短缺。众所周知,低温可用于保存乳制品,本研究的目的是验证冷藏和冷冻生绵羊奶的微生物和物理化学质量。对冷藏 1 天后、冷冻 8 天和 15 天后的样品进行了标准平板计数、精神嗜酸性菌、金黄色葡萄球菌、总大肠菌群、粪大肠菌群以及可滴定酸度、pH 值和水活性分析。总体而言,冷藏牛奶的结果符合法规要求,但冷冻牛奶的需氧平板、金黄色葡萄球菌和酸度值较高,尤其是在储存 15 天后。精神嗜酸性菌和大肠菌群计数也很高,这表明原奶及其衍生物的质量存在风险,这就强调了在牧场和乳品行业对处理人员进行良好操作培训的重要性。冷冻可能是一种可行的策略;但是,为了保证牛奶质量和消费者安全,有必要进行更多的研究,测试更低的温度和牛奶巴氏杀菌。
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引用次数: 0
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Food Science and Technology
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