In this paper the authors conclude that clear trends emerged in measuring pathways between agriculture, food systems, and nutrition. There were many innovations combining measurement across domains, such as mixing and matching from water, food production, ecology, nutrition, health, and others to capture complexity and new levels of impact.
Even though a significant improvement in growth and nutrition was not noted among the integrated interventions, the importance of water, sanitation, and hygiene (WASH) and addressing it in reducing undernutrition is of the utmost importance
The authors demonstrate that water security is a powerful concept that is still in its early days in the nutrition literature. Water security also likely plays critical roles in outcomes upon which the public health community has broadly agreed as important: nutritional, mental, physical, and economic well-being. Increased attention to the benefits of ensuring water security and best practices for doing so are therefore needed
Responsive small-molecule fluorescence probe specific for target analyte detection is an emerging technology for food safety and quality analysis.
Within recent years, demand as well as supply of products to replace meat, so called meat alternatives, have increased. For future products, new plant-based protein sources are of high interest.
A nudge experiment was performed to evaluate the effectiveness of presenting a menu with the dish-of-the-day (DoD) vs.
Anemia affects more than half of Nepalese children aged 6–59 months. Although prevalence varies year to year, the stability of observed risk factors suggests the need to focus on reducing gastrointestinal infection, promoting adequate household sanitation, and improving maternal and child health.
As future foods, cultured meat is produced by culturing animal cells ex vivo rather than raising and slaughtering animals.
Background: Stunting rates in children younger than 5 years are among the most important health indicators globally.
As future foods, cultured meat is produced by culturing animal cells ex vivo rather than raising and slaughtering animals.
