IAFNS is committed to sharing the results of the research we support, regardless of the outcomes. Our publications undergo stringent peer-review by qualified experts prior to publication and include disclosure of all sources of funding.
Dietary bioactives are food substances that promote health but lack quantified intake recommendations because they are not characterized as essential to prevent well characterized deficiency conditions. A newly released guideline by the Academy of Nutrition and Dietetics recommends the quantity of flavan-3-ols to help adults maintain cardiovascular health. The recommendation translates evidence from a comprehensive systematic evidence review by Raman et al. using the AND guideline development process and applying a recently released (ASN endorsed) framework for developing recommended intakes of bioactive substances. The quantified recommended intake of flavan-3-ols to promote cardiovascular health is the culmination of grants provided by IAFNS to support the evidence review, framework development, and finally the independent AND guideline development process and publication. Please contact IAFNS if your professional health organization is interested in translating evidence for additional dietary bioactives.
Machine learning (ML) algorithms are gaining attention as cost-effective scalable solutions to exploit the physical and chemical structures of polymers. The basic steps for applying ML in polymer science such as fingerprinting, algorithms, open-source databases, representations, and polymer design are outlined in this review.
Chemists and chemical engineers need to understand the fundamentals of emerging technologies to design improved systems for chemical recycling and upcycling of waste plastics given that less than 10 percent of plastics globally are recycled.
Low diet quality was observed for all popular diet patterns evaluated in this study. Greater efforts are needed to encourage the adoption of dietary patterns that emphasize consumption of a variety of high-quality food groups lower in added sugar, sodium, saturated fat and refined grains.
A scoping review and evidence map were completed to characterize the research investigating dietary sweetness and body weight.