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This examination manages the steadiness and successful utilization of additives in the coconut water. The new coconut water was separated in Aseptic zone through whatman channel paper and equivalent amounts of new coconut water are pressed in self sealable spreads. Propylparaben and Benzoic corrosive are utilized as additives of various qualities. These examples are put away for around 1 to 12 weeks at room temperature and refrigerated condition at 25°C. Tests are tried by various diagnostic techniques like pH, Turbidimetry, Titrimetry, Flame photometry, and HPTLC the shading change of tests are likewise watched. The adjustment in the new coconut water and tests with the additives are estimated for pH at customary time stretches to such an extent that the pH is kept up in the middle of 5.5-6 and to decide the microbial development by utilizing Turbidimetry, % of magnesium and % of ascorbic corrosive by Titrimetry. Sodium Potassium particles are controlled by utilizing fire photometry and to decide the sugars by utilizing HPTLC. The expansion of the additives improved the straightforwardness of the examples and the impact of additives on the Magnesium, Sodium, Potassium, Ascorbic corrosive, sugars are less with the end goal that the put-away coconut water samples can be stuffed in a self-sealable spread.


Propylparaben Benzoic Acid Turbidimetry Titrimetry Flame Photometry HPTLC

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Aditya Raghava Golakoti, Raju PSN, Jaiganesh S, & Amrin S A. (2020). Stability Indicating and Evaluation of Preservers in Cocos Nucifera Water by means of HPTLC Techniques. International Journal of Research in Pharmaceutical Sciences, 11(SPL4), 388-392.