Milk ice cream is the one of most popular dessert in many countries. But the most milk ice cream contains high amounts of sugar and fat. It is for this reason that consumers who exercise regularly concern about the impact of ice cream consumption on health and have led to a considerable rise in high protein ice cream demand for this consumer group. Therefore the objective of this study was to develop the milk ice cream with high protein from chicken breast by varying chicken breast in milk ice cream at 5 10 and 15% by total weight. The result showed that 10 % chicken breast ice cream had the best physical and sensory properties. The viscosity overrun texture and melting rate of the developed formula were 89.05 cps 108.05% 34584 g force and 23% respectively. The lightness (L*) redness (a*) and yellowness (b*) value were 87.10 5.08 and 20.54 respectively.

Abstract Milk ice cream is the one of most popular dessert in many countries. But the most milk ice cream contain high amounts of sugar and fat. It is for this reason that consumers who exercise regularly concern about the impact of ice cream consumption on health and have led to a considerable rise in high protein and low sugar ice cream demand for this consumer group. Therefore the objective of this study was to develop the reduced energy milk ice cream by using chicken breast and inulin. Milk ice cream was supplemented with chicken breast at 5 10 and 15% by total weight. The result showed that 10% chicken breast ice cream was highest score of sensory evaluation. Sugar was substituted with inulin at 25 50 and 75% by weight. The result showed that the replacement of sugar with 50% inulin was suitable for ice cream. The chicken breast ice cream with inulin formula were determined the physical properties. The result showed that viscosity overrun texture and melting rate of the developed formula were 147 cps 41% 11780 g force and 6% respectively. The lightness (L*) redness (a*) and yellowness (b*) value were 88.68 4.60 and 19.11 respectively. The proximate compositions moisture and protein content of the chicken breast ice cream with inulin formula were 68.03 and 11.79% higher than basic formula whereas fat and ash content of the chicken breast ice cream with inulin formula were 6.02 and 0.45% lower than basic formula. Microbiological quality of the chicken breast ice cream with inulin formula were in the acceptable limit according to Notification of the Ministry of Public Health. In addition the total energy of the chicken breast ice cream with inulin formula was lower than basic formula. The cost of the chicken breast ice cream with inulin formula was higher than basic formula at 16.23%.

The purpose of this research is to study three standard recipes of milk ice cream and determine the optimum level of seed membrane gac fruit at 10% 20% and 30% which were added in milk ice cream with planning of experiment in type of Randomized Complete Block Design (RCBD). Sensory evaluation was tasted by panels with 9-point hedonic scale. Comparison SD value with Duncan’s New Multiple Range Test (DMRT) in SPSS program. The result showed that the 30% of seed membrane gac fruit is the optimum level because had the highest score in sensory properties. Afterwards physical properties were analyzed that found 6.62 pH value color as 55.21 35.96 and 33.47 according to L* a* and b* 19.83% of overrun value together with 27 g/min melting rate. Nutrition value of this sample 100 gram giving total energy 126.65 kilocalories energy from fat 48.33 kilocalories moisture content 74.38 gram fat 5.37 gram protein 2.06 gram carbohydrate 17.52 gram ash 0.67 gram and beta-carotene 1323 microgram. Average score of appearance color flavor taste texture and overall liking are 4.50 4.32 4.16 4.47 4.48 and 4.51 respectively and 98% of consumer have accepted Milk Ice Cream add Seed Membrane Gac Fruit.