Title : Sensory Acceptability of Multiple-Micronutrient-Fortified Lentils in Bangladesh


Authors : Rajib Podder, Fakir Md Yunus, Nurjahan Binte Munaf, Farzana Rahman, Fouzia Khanam, Mohammad Delwer Hossain Hawlader, and Albert Vandenberg


Journal Article Title: Foods Volume Number: 13 Publication Year : 2024 Issue Number: 24
Index: scopus Ranking: Q1 Publisher Name: MDPI
Pages : 14
ISSN (Online): 2304-8158
Funding Information:
Funding Source : None
Other Information:
Direct Sustainable Development Goals :
SDG2 Zero Hunger
SDG3 Good Health & Well-being
Indirect Sustainable Development Goals :
SDG12 Responsible Consumption & Production
Sustainable Development Sub Goals :
End hunger, ensure access to safe food
End all forms of malnutrition
Maintain genetic diversity in seeds, plants, animals
Achieve universal health coverage
Impact statement: This study assessed the sensory acceptability of lentils fortified with eight vitamins and two minerals among 150 panelists in rural Bangladesh. The findings indicate that multiple-micronutrient-fortified (MMF) lentils were just as acceptable as unfortified lentils in terms of odor, taste, texture, and overall acceptability, suggesting the fortification process has a minimal impact on sensory quality. By demonstrating the effectiveness of Hot Extrusion Technology (HET), this research provides a scalable and sustainable strategy for the pulse industry to address global micronutrient deficiencies through a widely consumed staple food. Collaboration: Government Keywords: lentil; fortification; vitamins; minerals; sensory evaluation