The objective of this study was to develop the Homemade Black-Sesame Butter recipe. By adapt from 3 basic Peanut Butter recipes by replacing peanut to black-sesame 100% by total peanut weight. And improving the texture (spreading) by added Rice Bran Oil Shortening in 4 different level are 0% 10% 20% and 30% by total product weight. Randomized Complete Block Design (RCBD) was used to evaluate the sensory quality in terms of appearance color odor taste texture (spreading) and overall liking. Recorded the results of the characteristic of Homemade Black-Sesame Butter in the list with description to choose the best formula to get the experimental result. The result showed that the first formula of Homemade Black-Sesame Butter by replacing Peanut to Black-Sesame 100% by total Peanut weight. The characteristics are coagulated appearance matt-black color strong sesame odor medium sweet and the texture (spreading) showed that spread better than another recipe. Therefrom improving the texture (spreading) of Homemade Black-Sesame Butter by added Rice Bran Oil Shortening. The study showed the added level at 30% of Rice Bran Oil Shortening by total product weight of Homemade Black-Sesame Butter. The characteristics are coagulated and sticky appearance glossy black color high sesame odor lower sweet than the previous and very smooth texture (spreading). Homemade Black-Sesame Butter formula ingredients are cooked fine crush Black-Sesame 85% Rice Bran Oil Shortening 36.1% Soybean Oil 3% Powdered Sugar 1.7% Honey 3% and Salt 1.2% by total ingredients weight

The aim of this research was to develop Pad Thai crispy bar which is made from rice noodle (Chanthaburis noodle) tofu dried shrimp garlic chives and peanut that have been cooked and dried.Mixed with Pad Thai sauce then forming into a bar and dried. The study started with produced Pad Thai crispy bar made from three formula of Pad Thai sauce (A B and C). Sensory evaluation by using 9- point hedonic scale showed that the highest liking score of appearance ( 7. 36) taste ( 7. 56) and overall liking (7.68) were obtained from formula A. Mixture design was used to optimize the formula of the Pad Thai crispy bar. The effect of three variables: tofu (70-90%) dried shrimp (10-15%) and garlic chives ( 13- 25% ) on the physical chemical and sensory qualities of the product were investigated. The results showed that increasing the tofu decreased the lightness (L*) and hardness values of the product. Increasing the dried shrimp decreased the overall liking score. Optimum formula of tofu dried shrimp and garlic chives was 72% 13% and 15% respectively. At this formula had the highest score of all sensory attributes were in the range of 6. 86-7. 24 ( like slightly – like moderately) . The developed Pad Thai crispy bar had the value of aw and hardness value 0. 24 and 7.00 N respectively. In addition the developed product consisted of 9.17% moisture (wet weight basis) total carbohydrate fat ash and crude fiber which were 50.04% 30.80% 15.82% 3.34% and 1.98% (dry weight basis) respectively. The energy value determined by Bomb calorimeter which were 582.10 Kcal per serving (10 pieces) and the cost of Pad Thai crispy bar was 21.60 bath per serving (80 g).

White bread has a short shelf life thus the loses its desired charcteracteristics upon storage and its also subject to spoilage by fungi. To avoid this spoilage and increase shelf life the addition of different levels of acidulants (calcium propionate acetic acid and sorbic acid at 0.1 0.2 and 0.3%) were evaluated for their quality characteristics contributing with acidulants as well as their microbial shelf life during 12 days of storage. In addition the mathematical model (GAB and BET) were applied to study the storage condition of bread. From the experiment it was found that bread with calcium propionate addition had the highest specific volume and springiness followed by bread with acetic acid and sorbic acid adding. On the other hand bread contained sorbic acid had the highest density hardness chewiness and color values (L* a*b*) followed by acetic acid and calcium propionate addition in order. Bread contained calcium propionate had the longest shelf life (12 days) followed by bread with acetic acid (8 days) and sorbic acid (6 days) adding respectively. The increase in acidulants levels result in an increase of bread shelf life. From the sorption isotherm curves bread contained 0.3% calcium propionate had the highest monolayer moisture content indicating that it was the most effective against microbrial spoilage of white bread studied.

Product development of Thai rice snacks. The rice such as Nakhonchaisri brown rice and Jubilee black rice from Bann Chanode community enterprise Khlong Yong-Lan Tak Fa community are used in this research. Nakhonchaisri brown rice to make pop rice and Jubilee black rice to milled in rice flour for substitute wheat flour. The snack products include Nakhonchaisri brown rice cereal bar Jubilee black rice Thai crispy pancake and Jubilee black rice scone. The Nakhonchaisri brown rice and Jubilee black rice for Product development of Thai rice snacks increase of dietary fiber has some colorant from rice is raw material meanwhile decrease in texture attribute which affects acceptance. The packaging design of product development of Thai rice snacks. The respondents gave a very satisfactory rating so the package is beautiful. Consumer acceptance testing The development of 3 products of Thai rice snack for 100 tasters found that most of the testers more than 80% accepted the product development of Thai rice snacks.

Bakery Products Development from the Banana Pseudo-stems and Waste from Dried Banana Production at Ban Bang Ta Chom Community Enterprise Sing Buri Province for Sustainable Commerce. Research on bakery product development from paprika and bananas in Production of Dried Banana of Bang Ta Chom Housewife Community Enterprise Group Sing Buri province for sustainable commercialization in order to: 1. Develop bakery products from 4 types of Banana Pseudo-stems and Waste 2. study the formulas and production processes of bakery products from Banana Pseudo-stems and Waste 3. study the consumer test of bakery products from 4 types of Banana Pseudo-stems and Waste and 4. To transfer technology Little Bakery products from Banana Pseudo-stems and Waste then bring the shelf life in conditions ranging from 0-10 days and compare the physical properties. Chemical and microorganisms such as pH value color measurement and total number of microorganisms found that Khanom Jeen noodles stored in modified atmosphere conditions have longer shelf life than those stored. At normal atmospheric conditions and vacuum conditions. Chemical analysis results showed that the bakery products decreased their pH over time. With values between 4.31 ± 0.00 and 2.99 ± 0.01 and bakery products Stored at 100% carbon dioxide (CO2) modified atmosphere packed in a sealed nylon / PET vacuum plastic bag. Store at room temperature. Can be stored for up to 10 days and found that the total number of microbes increased when the storage life is longer But not over the standard of community products so the products are safe and not harmful to consumers. Consumer test results show that consumers like and are interested in buying bakery products that use 100 percent carbon dioxide (CO2) at 75 percent.