The objectives of this research were to 1) select a basic cereal formula suitable for milk production from cereals. 2) Study the appropriate amount of sugar used in the development of panna cotta formula from cereal milk. 3) Study the appropriate amount of sweetener (erythritol) in the Phuket pineapple sauce recipe. 4) Study the proper ratio of Phuket pineapple sauce for topping on cereal milk panna cotta. 5) Study the nutritional value of panna cotta Topped with Phuket pineapple sauce. The sensory quality was assessed using a 9-point liking score (9 - Point Hedonic Scale) tasting method. It was found that 1) the tasters accepted the grain ingredients used in the production of cereal milk formula containing 500 g of corn. and millet soybean mung bean black bean red bean and white bean using the same amount of 50 g of each type. 2) The tasters accepted the ratio of 10% sugar to the ingredients in the cereal milk panna cotta recipe. 3) The tasters recognized the use of 6% erythritol of pineapple in the Phuket pineapple sauce recipe. 4) The tasters recognized the ratio of Phuket pineapple sauce in the cereal milk panna cotta recipe of 1: 2 or the amount of 10g of sauce for topping 20g of panna cotta per cup. The scores of liking for appearance color smell taste texture and overall liking were 8.2 8.07 7.77 8.27 8.00 and 8.30 respectively which were in a high level of liking. 5) The nutritional value of basic panna cotta panna cotta from cereal milk formula and panna cotta from cereal milk with Phuket pineapple sauce formula had protein content of 3.17% 2.54% and 2.79 % respectively. Carbohydrates were found to be 27.44% 16.03% and 21.63% respectively. Fat content were 8.17% 0.44% and 0.27% respectively and fiber were 0.00% 0.55% and 0.71% respectively. Therefore cereal milk panna cotta topped with Phuket pineapple sauce recipe is suitable for the health-conscious consumers due to its reduced fat content and in Phuket pineapple sauce using erythritol as a sweetener grammar the energy of nutrients. It is also suitable for consumers who are allergic to milk as it does not contain cows milk and also has good nutritional value.

Study on the amount of soybean powder for substitution of coconut milk powder. The purpose is to reduce fat from coconut milk and use soybean powder to replace the concentration of finished coconut milk. By studying the basic formula of coconut milk powder by selecting 3 formulas and taking the most scores formula Bake at 70 degrees Celsius for 7 hours humidity at 1%. The results of consumer acceptance study by measuring the quality of the appearance texture color smell By leading to being accepted by consumers Testing the quantity of soybean powder suitable for the product by measuring the quality of appearance texture color smell. To be acceptedby consumers Study on shelf life of soybean powder substitution products in coconut milk powder in replacement of soybean powder Suitable and accepted by consumers Taken separately in an aluminum foil bag During the 2 month storage period quality assessments are done every 2 weeks. By measuring moisture color Aw and general microbes and mold yeast. Found that longer duration increased moisture and microbial values. But the number of microbes is less than 1 × 103 colonies pergram which does not exceed the standard of the community product standards.

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.

The purpose of this research was to analyze carotenoid content anthocyanin content phenolic compound content and the antioxidant activity by 2 2-diphenyl-1-picrylhydrazyl scavenging capacity (DPPH) and 1 10-Phenantroline (Phen). In the 3 varieties of corn milk which were the Queen Ruby Siam strain (Purple corn milk) (White corn milk) Sweet strain (Yellow corn milk). It was found that the samples of 3 types of corn milk have total carotenoid content were 0.45+0.00 0.29+0.02 and 0.68+0.00mg/l respectively. Anthocyanin content measured by pH-differential method were 2.86+0.01 1.71+0.03 and 0.80+0.01 mg/l respectively. The total amount of phenolic compounds were 12.00+0.02 10.05+0.00 and 8.62+0.09 mg/l respectively. The ability to resist free radicals by DPPH method were equal to 96.50+0.10 47.10+0.01 and 60.91+0.08 respectively. The antioxidant activity using Phen method were 133.98+0.76 111.17+0.48 and 86.61+0.98 mg/l respectively.

The aim of this study was to investigate the microbiological quality of milk-shaked drinks including Bacillus cereus Escherichia coli Salmonella spp. Staphylococcus aureus yeast and molds in unsealed containers sold in market fair roadside and stall around Mahasarakham university. The analytical results revealed that microbiological quality of 30 samples of milk-shaked drinks in unsealed containers that did not pass the criteria of department of medicine ministry of public health Thailand were 50 % of total samples. Bacteriological counts of Bacillus cereus Escherichia coli Salmonella spp. And Staphylococcus aureus of milk-based drinks that did not pass the criteria were 13.3 10 13.3 and 10% of total samples respectively. Yeasts and molds counts of milk-based drinks that did not pass the criteria were 3.3 and 30% of total samples respectively. Microbiological contamination of milk-shaked drinks was related to the hygiene of the shop and the supplier. It was found that the location of stall which high dust particles and animal carriers also contributed to the contamination of microorganisms. Moreover the hygiene of the supplier may cause the milk-shaked drinks to be contaminated with microorganisms.