Rubber (latex) from the rubber tree (Hevea brasiliensis) can be used either in liquid form, such as latex and in solid form, such as rubber sheets and rubber crepe, but the water remains. a liquid in a short time. After about 4-6 hours, then cut the rubber particles begin to coagulate. The latex was broken down can not be used further. So, to prevent latex coagulation before adoption. Farmers have to treat water by adding preservatives rubber latex. (Preservative), which preservatives latex Most commonly used ammonia from the results of recent research found that adding ammonia to the water affects the amount of the fats (lipids), a substance that is not. tire (Non-isoprene) groups are present in natural rubber and a substance that plays a major role on the properties of rubber in both natural rubber and rubber processing. It was found that the amount of free fatty acids (free fatty acids) in the water that fills ammonia have a higher amount compared to the amount of free fatty acids derived from ammonia or water that has not been filled latex. Therefore, it is necessary to look at other types of preservatives, latex does not affect the fat composition. (Lipids) in water The results of the research component of protein, a substance that is found in another group of non-rubber latex, found that the buffer. (Stabilization buffer) as preservatives, latex does not affect the quantity and quality of protein isolate can be compared to latex. Therefore, this study aims to buffer applied as preservatives, latex on the composition of fat compared to fat from the latex condition by adding ammonia and latex. The rubber varieties and RRIM600 PB235 The study found that the extraction of fat from latex strains PB235 and RRIM600 to maintain a buffer and ammonia compared to latex. For fatty acid composition, fat TLC with Rhodamine 6 G (Rhodamine 6G) and the antioxidant properties of fat. Found that extracted with chloroform to methanol (chloroform: methanol, 2: 1 volume per volume) percent by volume by weight dry rubber of fat extracted from latex maintain a buffer of ammonia and water. Live species RRIM600 equals 4.79 3.97 and 3.62 respectively strain PB235 is equal to 4.05 4.29 and 3.10, respectively, when a fatty acid with Rhodamine 6 G (Rhodamine 6G) found that treatment. Conditions buffer does not affect the fat extracted from PB235 result of testing the effects of compounds on lipid antioxidant with DPPH performance RRIM600 species which are found in latex medical condition. Ammonia> latex> buffer. Respectively, in the strain PB235 found that latex> buffer> ammonia respectively fat from latex preservation effect is antioxidant best of breed PB235 and RRIM 600 is buffered and ammonia, respectively fat. latex extracted from different treatment with the antioxidant properties of fats are not equal. Due to the amount of fatty acid composition and storage conditions vary. So he studied the therapeutic potential of compounds that do not affect the image of the latex composition. And fat content In order to maintain a substance similar to latex as possible.
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