This research aims to study the physical and chemical properties of Cha-nee durian rind powder and using durian rind powder to replace wheat flour in brownie cakes at 1020 and 30% (w/w). Texture profile chemical composition and sensory evaluation of brownie cakes were analyzed. The results showed that durian rind powder contained 50% of dietary fiber. Brownie cake with durian rind powder showed significant decreasing of lightness (L*) and hardness while green-red component (a*) blue-yellow component (b*) toughness and cohesiveness values were significantly higher than the control sample (p<0.05). Proximate analysis of the products showed that brownie cake with durian rind powder had dietary fiber higher than control brownie cake sample significantly. At 30% replacing of durian rind powder brownie cake showed 18.2% increasing of dietary fiber as compared with the control sample. The acceptance score including appearance color odor flavor texture and overall scores of all samples in this study were not significant different. Results indicate that 30% of durian rind powder replacing wheat flour is appropriate for making brownie cake. Brownie cake with durian rind powder could be an alternative for food choice of healthy bakery product which are lower calorie (123.73 kcal per serving) and high amount of dietary fiber (6.37 g per serving). Moreover durian rind powder can be used as a food ingredient and source of dietary fiber in other food recipes for further study.

Chanee Monthong and Kan Yao Durian rind be used in this research. Chanee Durian rind powder is similar as wheat flour in color and high yield. Butter cake sponge cake and chiffon cake be used in this research. Increasing of durian rind powder substitute for wheat flour to effect increasing of crude fiber in all cake sample meanwhile decreasing in color and volume of all cake sample which acceptance affects. Consumer acceptance test in Potential Development of cake products with Flour from durian peel project for 100 tester found that most testers are more than 80 percent acceptance in the product of Potential Development of cake products with Flour from durian peel project. For the Technology propagation of the Potential Development of cake products with Flour from durian peel project at the Faculty of Home Economics Technology. All participant are most satisfied in all aspects of Technology propagation. Based on the research results the maximum replacement potential is 10%. Increasing this amount of substitution will have an effect on the appearance. And color features. Especially the texture feature. Therefore the study should be further studied on the methods of production. The durian peel is more detailed. This may result in the development of high-fiber pastry products. To help improve the sensory properties. These features affect product adoption

Suitable durian rind flour production (durian rind flour-DRF) was three strain different durian rind were used include Chanee (CN) Monthong (MT) and Kan Yao (KY). Three methods of durian rind were used. 1 (TD-Tray Dry) 2 (SD-Stream Dry) and 3 (BD-Boil Dry). Chanee Monthong and Kan Yao Durian rind after drying and powdered process was found drying method 2 (SD-Stream Dry) to the highest yield of durian rind Kan Yao the second and the lowest durian rind is Monthong. The total weigh strain and shelf life of durian was affect to durian rind powder volume. Kan Yao is high volume of the white rind the second is Chanee and Monthong is lowest in white rind. The most total weigh of durian was affect to white durian rind in the other hand durian low total weigh was affect to white durian rind to the durian rind powder. Crude fiber is the mainly of chemical compositions of the three strain different durian rind. Cellulose and lignin as non-soluble dietary fiber. The soluble fiber found in durian rind is pectin. The quality of durian rind powder in Method 2 gave the lightest color followed by Method 3 for Method 1 to give the darkness color. Acidity of durian peel and durian rind powder acidic. The viscosity of durian rind is derived from pectin-a polysaccharide compound. For the communication of technology the potential development of durian rind flour powder at the Faculty of Home Economics Technology the participants were most satisfied in all aspects. Preparation of durian peel powder in all 3 ways there are parts that can not be powdered. In the next study. It is recommended to study the method to obtain powdered durian that cannot be powdered.

The aim of this research was to develop recipe for butter cake from lowcalories sweeteners instead of sucrose sugar chemical properties of butter cake from low- calories sweeteners instead of sucrose sugar and to study the physical properties of butter cake from low-calories sweeteners instead of sucrose sugar. The use of maltitol syrup to replacement sucrose butter cake low-calories show that 36.28% to 42.47% of carbohydrate content. Decrease in carbohydrate content results in reduced calories. Cake crumb show that the b* value decreases significantly and the a* value is not significantly different. The texture of the butter cake has a higher in hardness and lower in cohesiveness. The Adhesiveness and Springiness are not different. The sensory evaluation scores of butter cakes ranged from 6.95 to 8.61. Appearance color aroma flavor texture and overall liking. The results showed that 40% and 60% of sucrose substitutes were sucrose substitutes. The 80 on all the attributes especially on the flavor. However the use of maltitol syrup substitutes for sucrose. As a result the amount of energy of the butter cake decreased which is beneficial to the health of consumers.

The potential development the of processed meat products enhancing pineapple pulp left by juicing. Pattawia pineapple pulp used in research. Boil to extract the acid and sugar. The pulp looks like fresh pulp light yellow. The processed meat products used includecoarse ground pork sausage pork ball and Moo Yor. Pineapple pulp supplementation in coarse ground pork sausages could be supplemented by up to 15 percent. Pork balls can be supplemented up to 20 percent and Moo Yor can be added up to 10 percent. The addition of pineapple pulp to processed meat products resulted in an increase in crude fiber content in all 3 processed meat products. At the same time resulting in light processed meat products and has a reduced texture characteristics score which affects acceptance. Consumer acceptance test in The potential development the of processed meat products enhancing pineapple pulp left by juicing for 100 tester found that most testers are more than 80 percent acceptance in the product of The potential development the of processed meat products enhancing pineapple pulp left by juicing.