Identifying and understanding dietary transitions and nutrient deficiency from loyalty card digital footprints

Roberto Mansilla, Gavin Long, Simon Welham, John Harvey, Evgeniya Lukinova, Georgiana Nica-Avram, Gavin Smith, Andrew Smith, James Goulding
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 Objectives & ApproachOur study focuses on the effects of transitioning to plant-based diets on the purchasing and assumed intake of essential nutrients like iodine, calcium, and vitamin B12. We analysed anonymized shopping records of 10,626 loyal customers who switched from regular milk to alternative milk products. By matching the transaction data with nutritional information, we estimated the weekly nutrient purchases before and after the transition. Our data was collected from a national food retailer across the UK.
 Relevance to Digital FootprintsLoyalty-card transactional logs held by retailers reflect a valuable lens into nutritional intake data. This data can provide insight into the potential impact of purchasing behaviours, such as the potential health effects of dietary changes at scale. Our approach leverages AI modelling accompanied by rigorous variable importance methods to uncover potentially hidden insights on the impact of nutritional shifts to plant-based goods.
 ResultsResults indicate that 83% of individuals deemed regular customers, who switched to plant-based milk, experienced a decrease in their purchases of iodine (44%), calcium (30%), and vitamin B12 (39%) from their normal purchase patterns at the retailer. Additionally, 57% of these individuals decreased their iodine purchases by more than 50%. The reduction in these nutrients is even more significant for those who switch to plant-based dairy and meat products.
 Conclusions & ImplicationsOur research indicates that dietary changes, such as switching from purchasing regular milk to alternative milks, may lead to insufficient intake of essential dietary nutrients such as iodine. This represents a significant potential health concern for the public if not remediated, especially in countries that do not require salt to be fortified with iodine.","PeriodicalId":132937,"journal":{"name":"International Journal for Population Data Science","volume":"63 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2023-09-18","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"International Journal for Population Data Science","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.23889/ijpds.v8i3.2266","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

Introduction & BackgroundThe shift towards plant-based diets remains on the rise. Several observational studies have suggested that adopting these diets can result in some fundamental nutrient deficiencies, such as iodine deficiency. This can be especially harmful to a developing fetus, leading to growth impairment and, in extreme cases, cretinism. Nonetheless, understanding of long-term health consequences of this shift remains a challenge, particularly regarding nutritional impact at broader population scales. Objectives & ApproachOur study focuses on the effects of transitioning to plant-based diets on the purchasing and assumed intake of essential nutrients like iodine, calcium, and vitamin B12. We analysed anonymized shopping records of 10,626 loyal customers who switched from regular milk to alternative milk products. By matching the transaction data with nutritional information, we estimated the weekly nutrient purchases before and after the transition. Our data was collected from a national food retailer across the UK. Relevance to Digital FootprintsLoyalty-card transactional logs held by retailers reflect a valuable lens into nutritional intake data. This data can provide insight into the potential impact of purchasing behaviours, such as the potential health effects of dietary changes at scale. Our approach leverages AI modelling accompanied by rigorous variable importance methods to uncover potentially hidden insights on the impact of nutritional shifts to plant-based goods. ResultsResults indicate that 83% of individuals deemed regular customers, who switched to plant-based milk, experienced a decrease in their purchases of iodine (44%), calcium (30%), and vitamin B12 (39%) from their normal purchase patterns at the retailer. Additionally, 57% of these individuals decreased their iodine purchases by more than 50%. The reduction in these nutrients is even more significant for those who switch to plant-based dairy and meat products. Conclusions & ImplicationsOur research indicates that dietary changes, such as switching from purchasing regular milk to alternative milks, may lead to insufficient intake of essential dietary nutrients such as iodine. This represents a significant potential health concern for the public if not remediated, especially in countries that do not require salt to be fortified with iodine.
从会员卡的数字足迹中识别和理解饮食转变和营养缺乏
介绍,向植物性饮食的转变仍在增加。几项观察性研究表明,采用这些饮食可能导致一些基本营养缺乏,如缺碘。这对发育中的胎儿尤其有害,会导致生长障碍,在极端情况下还会导致克汀病。然而,了解这种转变的长期健康后果仍然是一个挑战,特别是在更广泛的人口规模上对营养的影响。目标,我们的研究侧重于向植物性饮食过渡对碘、钙和维生素B12等必需营养素的购买和假定摄入量的影响。我们分析了10626名忠实顾客的匿名购物记录,这些顾客从普通牛奶转向替代乳制品。通过将交易数据与营养信息相匹配,我们估算了转型前后每周的营养采购量。我们的数据是从英国的一家全国性食品零售商那里收集的。与数字足迹的相关性零售商持有的会员卡交易日志反映了营养摄入数据的一个有价值的视角。这些数据可以让我们深入了解购买行为的潜在影响,比如大规模改变饮食习惯对健康的潜在影响。我们的方法利用人工智能建模,辅以严格的可变重要性方法,揭示营养转向植物性商品的潜在隐藏影响。 结果表明,83%的被认为是常客的人,在转向植物奶后,他们在零售商的正常购买模式中购买的碘(44%)、钙(30%)和维生素B12(39%)都减少了。此外,其中57%的人将碘的购买量减少了50%以上。对于那些转而食用植物性乳制品和肉类产品的人来说,这些营养素的减少更为显著。结论,我们的研究表明,饮食的改变,如从购买普通牛奶转向购买替代牛奶,可能会导致碘等必需膳食营养素摄入不足。如果不加以补救,这对公众来说是一个重大的潜在健康问题,特别是在不要求在食盐中添加碘的国家。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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