Alongkote Singhato1*, Narisa Rueangsri1, Rungsima Daroonpunt1, Phutthida Kongthitilerd1 and Natthapaninee Thanomsridetchai2
1Nutrition and Dietetics Division, Faculty of Allied Health Sciences, Burapha University, Chonburi, Thailand.
2Medical Technology Division, Faculty of Allied Health Sciences, Burapha University, Chonburi, Thailand.
Corresponding Author E-mail: alongkote@go.buu.ac.th
Calcium (Ca) deficiency is a major public health problem that leads to bone health complications. This study aimed to develop a Ca-fortified cracker with a cricket protein source, a high-quality alternative source of protein that involves low-cost production. Four recipes of the cracker with cricket protein (Acheta domesticus) were prepared; control recipe, 15% of Ca by RDA per serving recipe (15% formula), 25% of Ca by RDA per serving recipe (25% formula), and 50% of Ca by RDA per serving recipe (50% formula). All recipes were assessed for satisfaction by 30 participants using the sensory evaluation method. The Ca-fortified cracker recipe which obtained the most acceptable rating by participants was sent for analysis, together with the control recipe. The findings of this study indicated that the 50% formula obtained significantly higher scores in taste and texture when compared with the other two Ca-fortified recipes (p<0.05). In addition, its overall satisfaction score stayed at an acceptable level. The proximate analytical results indicated there were comparable results between the 50% recipe and control recipe, such as ash (2.42 g/100g for 50% recipe and 2.03 g/100g for control), moisture (3.66 g/100g for 50% recipe 2.99 g/100g for control), and protein (4.46 g/100g for 50% recipe and 4.33 g/100g for control). For Ca, the 50% recipe obtained Ca 183.38 mg/100g and the control recipe obtained 68.89 mg/100g. In conclusion, the cracker recipe with cricket protein contained 50% of Ca by RDA per serving, was acceptable to participants and comparable on proximate composition with the control recipe.
Calcium; Cracker; Cricket; Food Science; Nutrition; Proximate Analysis