Kellogg Julianne A, Klarquist Emily F, Waziri Aichatou D, Luftig David, Carbonero Franck, Solverson Patrick, Perrigue Martine, Aytekin Destan, Walton Jenny, Garland-Campbell Kim, Murphy Kevin M
Department of Crop and Soil Sciences, Washington State University, Pullman, WA, USA.
Owen Science and Engineering Library, Washington State University, Pullman, WA, USA.
JBI Evid Synth. 2022 Aug 1;20(8):2109-2116. doi: 10.11124/JBIES-21-00297.
The objective of this review is to develop a definition of biofortification through the synthesis of food biofortification publications and to document the breadth of the research on this topic.
Biofortification of a food source is a human health intervention. Due to the varying definitions of this concept, biofortification can be difficult to describe. Originally, biofortification was defined as the use of plant breeding methods to produce staple foods dense in minerals and vitamins. Research using the term focused on mineral, vitamin, and protein improvement of staple foods. However, the field has expanded to include non-staple foods as well as different methodological approaches to biofortification (eg, transgenic, molecular breeding). Researchers require a broad overview of the evidence and consensus on a definition to ensure effective communication within this scientific community.
Inclusion criteria will be broad to ensure that existing definitions of biofortification are captured across the different areas of study in this field. The review will consider research published in English. Inclusion will not be limited by participant type, date of publication, or context. The concept will be strictly biofortification.
A broad search strategy will be utilized for AGRICOLA, AGRIS, Web of Science, PubAg, CINAHL, PubMed, Cochrane Library, Epistemonikos, JBI Evidence Synthesis, Google Scholar, and Washington State University Libraries' integrated catalog. A limited search for gray literature will be conducted. The data extracted will include study and author characteristics. Tables and figures will demonstrate the breadth of the evidence.
本综述的目的是通过综合食品生物强化方面的出版物来制定生物强化的定义,并记录该主题的研究广度。
食品来源的生物强化是一种人类健康干预措施。由于这一概念的定义各不相同,生物强化可能难以描述。最初,生物强化被定义为利用植物育种方法生产富含矿物质和维生素的主食。使用该术语的研究主要集中在主食的矿物质、维生素和蛋白质改善方面。然而,该领域已经扩展到包括非主食以及生物强化的不同方法(例如,转基因、分子育种)。研究人员需要对证据进行广泛概述并就定义达成共识,以确保在这个科学界内进行有效的交流。
纳入标准将很宽泛,以确保涵盖该领域不同研究领域中现有的生物强化定义。本综述将考虑以英文发表的研究。纳入不受参与者类型、发表日期或背景的限制。概念将严格限定为生物强化。
将对农业与生命科学数据库(AGRICOLA)、国际农业科技情报系统(AGRIS)、科学网(Web of Science)、公共农业数据库(PubAg)、护理学与健康领域数据库(CINAHL)、医学数据库(PubMed)、考科蓝图书馆(Cochrane Library)、循证医学知识库(Epistemonikos)、循证卫生保健国际合作中心证据综合数据库(JBI Evidence Synthesis)、谷歌学术以及华盛顿州立大学图书馆综合目录进行广泛的检索策略。将对灰色文献进行有限的检索。提取的数据将包括研究和作者特征。表格和图表将展示证据的广度。