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Raisin is a principal traditional export product of Iran and has occupied a special position in the foreign trade of the country. During storage period, the product turns sticky and hard due to exudates syrup and moisture loss. To overcome this problem the application of edible coating suggests being of proper assistance. Edible coating may enhance the boundary layer resistance resulting enhanced shelf life of product. In this research the method of Accelerated Shelf Life Testing (ASLT) used for evaluation of storage and sensory properties (texture, colorو taste and overall acceptability) of raisin .Raisin was treated with coating materials based on lipid (glyceryl monoestearate and carnauba wax) with 150 ppm essential oil of thyme (thymus vulgaris) and stored at 20, 35 and 50^oC for 12 weeks. During this period of storage sensory properties were evaluated and estimate the modeling shelf life of raisin. Results showed that coating, affect on texture and color significantly and caused increasing shelf life of raisin. Temperature and storage time also showed significant effects on total sensory attributes. Maximum shelf life (394 days) determined at 20 ^oC for carnauba wax coating with essential oil of thyme based on overall acceptability   and linear regression and second order function had best fit with R²≥0.94 for all of treatments.  

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    In this study, full fat soy flour was used in the formulation of breakfast cream containing 30% fat. Different levels of full fat soy flour (5 - 22.5%) and water content (15 - 37.5%) in two type of formulated cream with 55 and 70 % breakfast cream were evaluated. The effect of formulation on physicochemical properties (viscosity, syneresis, acidity and pH ), sensory properties (taste, texture, color and appearance and total acceptance) and economical yield were evaluated.  The results of this research showed that the effect of formulation on all physicochemical and sensory properties of cream and also economical yield was significant .The E sample had the least difference with control in physicochemical properties (viscosity 4.86 Pa.S, syneresis 21%, and moisture content 65.8%) and the C sample received higher scores of texture and total acceptance than the other formulations.