The purpose of the research entitled Product Development: suaeda maritima RTD was to study the appropriate amount of water and brown sugar used in the production process’ and the change during storage It was found that the product using1:10.05 of boiled (excess water squeezed out) suaeda maritima leaves to water (w/w) and 5% of brown sugar to the juice weight was accepted most in all aspects: appearance color flavor taste texture(mouth feel) overall preference; the mean scores were 7.46 7.53 7.73 7.63 7.55 and 7.68 respectively. This indicated that the product was very much and most accepted. The lightness (L*) the greenness (a*) and the yellowness (b*) were at 18.34 -9.95 and 19.51. The soluble solid Brix was 6.60; and the pH-alkalinity (pH) was 6.91. The product was best kept at 7 ºc for not longer then 7 days when there was still no physical or chemical change. All the microorganisms found did not exceed the Ministry of Public Health standard 2013. One hundred grams of the product contained 24.00 kcal 5.79 g carbohydrate 0.22 g protein 0.80 g fiber 8.40 g calcium 0.20 g iron and 14.00 mg iodine 84.00 sodium μg 1056.04 μg beta-carotene 360.00 μg phenolic compound of Alice and 1160.00 μg chlorophyll. The consumers’ test result indicated that most consumers accepted the product at the moderate level; and 94% of them were interested in buying at 20 baht per 180 ml glass bottle of the product

The purposes of this research were to assess the combined phytotoxicity of glyphosate and carbendazim which were normally used as herbicide and fungicide contaminated in soil as 100 – 1000 mg/kg on seedling growth of ridge gourd. Both of glyphosate and carbendazim were toxic to shoot and root growth of ridge gourd seedlings. The 50% effective concentration (EC50) on shoot length root length root fresh weight and shoot dried weight of ridge gourd seedlings for glyphosate were 669.4 413.0 574.5 and 241.4 mg/kg respectively whereas for carbendazim were >1000 357.8 >1000 and 71.4 mg/kg respectively. Co-contamination between glyphosate and carbendazim seemed to be antagonistic effect. Both of glyphosate and carbendazim at all concentration were not toxic to chlorophyll content in cotyledon of ridge gourd seedlings.