Investigation of Action of Saliva and 3 M Hydrochloric Acid in Two Carbohydrate Solutions Title : Investigation of Action of Saliva and 3 M Hydrochloric Acid in Two Carbohydrate Solutions Objective : To investigate the action of saliva and 3 hydrochloric acid in two carbohydrate solution Results Table1: Observation Conclusion Solution A Benedict’s test: Blue coloration turned to brick red precipitate. Reducing sugar is present in the solution A. Iodine test: The coloration remained
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Title : Investigation of Action of Saliva and 3 M Hydrochloric Acid in Two Carbohydrate Solutions Objective : To investigate the action of saliva and 3 hydrochloric acid in two carbohydrate solution Results Table1: Observation Conclusion Solution A Benedict’s test: Blue coloration turned to brick red precipitate. Reducing sugar is present in the solution A. Iodine test: The coloration remained unchanged. Starch is absent in solution A. Solution B Benedict’s test: The blue coloration
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< 28.1 g < 10% total Kcalories Trans Fatty Acid minimize Monounsaturated Fat not determined Polyunsaturated Fat not determined Omega-6 Fatty Acids 12.0 g Omega-3 Fatty Acids 1.1 g Cholesterol < 300 mg Carbohydrate 285 - 412 g Sugar‚ Total Dietary Fiber‚ Total 45 - 65% of total Kcalories not determined 25 g Soluble Fiber not determined Insoluble Fiber not determined Protein 63 - 222 g 10 - 35% of total Kcalories Protein
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Starch can be hydrolyzed into simpler carbohydrates by acids‚ various enzymes‚ or a combination of the two. The resulting fragments are known as dextrins. The extent of conversion is typically quantified by dextrose equivalent (DE)‚ which is roughly the fraction of the glycosidic bonds in starch that have been broken. These starch sugars are by far the most common starch based food ingredient and are used as sweetener in many drinks and foods. They include: Maltodextrin‚ a lightly hydrolyzed (DE
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sodium chloride while maintaining a similar taste. They usually contain mostly potassium chloride. 2 Gatorade " The beverage was first developed in 1965 by researchers at the University of Florida‚ to replenish the combination of water‚ carbohydrates‚ and electrolytes that the school’s student-athletes lost (in sweat) during rigorous athletic competitions. The earliest versions of the beverage consisted of a mixture of water‚ sodium‚ sugar‚ potassium‚ phosphate‚ and lemon juice. University
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#04 FOOD & BEVERAGE A P P L I C AT I O N N O T E Page : 1 CARBOHYDRATES IN FOOD THE FINEST LC-EC APPLICATIONS FOR FOOD & BEVERAGE ANALYSIS EVER PROCESSED INTRODUCTION Carbohydrates not only provide the most easily accessible energy source for our body‚ they also play an important role in many physiological processes. They are involved in intercellular recognition‚ infection processes‚ and certain types of cancer. Carbohydrates analysis is of interest to the food industry but also many fields
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2. Explore the history of the sweetener (when it was developed‚ its composition). A. Splenda was discovered in 1976 and approved in Canada in 1991. The U.S. Food and Drug Administration (FDA) approved Splenda as a non-nutritive sweetener in 1998 and as a general-purpose sweetener in 1999. It is now approved in more than 80 countries and is used worldwide in over 4‚000 commercial products such as no-sugar added fruit‚ diet soft drinks‚ and reduced-sugar juices. B. Splenda is a mixture of dextrose
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Research indicates that there is a positive correlation between consumption of high fructose corn syrup and obesity percentages. Sucrose is the leading added sweetener in in the manufacture of foods in the Unites States and is the biggest source of fructose. Sucrose and high fructose corn syrup (HFCS) are metabolized identically and react the same way to insulin‚ leptin and ghrelin. Sucrose is indifferent from HFCS in causing obesity. Compared to glucose‚ sucrose is extracted directly from the liver
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produce coconut sap or toddy (tuba) which can be processed into high value and nutritious food products. Coconut sap sugar‚ considered to be one of the best natural sweeteners‚ is truly a perfect and healthier substitute for artificial sweeteners because it is not a product of chemical laboratories‚ not an artificial sweetener and not a by-product of sugar cane‚ not brown sugar nor muscuvado sugar. Coco sugar is good for both diabetic and non-diabetic consumers because it does not induce high
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High-fructose corn syrup (HFCS) is a fructose-glucose liquid sweetener alternative to sucrose (common table sugar) first introduced to the food and beverage industry in the 1970s. It is not meaningfully different in composition or metabolism from other fructose-glucose sweeteners like sucrose‚ honey‚ and fruit juice concentrates. HFCS was widely embraced by food formulators‚ and its use grew between the mid-1970s and mid-1990s‚ principally as a replacement for sucrose. This was primarily because
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