- Goat (Herbivore) Dog (Carnivore) Honey Possum (Nectar feeder) Labelled Diagram Main food source/chemical composition Grass (fibre/starch) / sugars‚ proteins‚ oils‚ other nutrients Meat‚ bones / proteins‚ fats Nectar & pollen / High sugar content (sucrose‚ glucose‚ fructose)‚ carbohydrates Function of various structures within their digestive systems Four stomach chambers: Rumen – bacteria and protozoa break down cellulose. Reticulum - Once rumen is full goat regurgitates‚ the
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Carbohydrates‚ Proteins‚ lipids‚ and nucleic Acid Lab Exercise 6 Date: 9/17/12 Bio 102-11 Purpose the purpose of this experiment was to perform test to detect the presence of carbohydrates‚ proteins‚ lipids‚ and nucleic acids. Explain the importance of a positive and a negative control in biochemical test. Use biochemical test to identify an unknown compound. Background Most organic compounds in living organisms are carbohydrates‚ proteins‚ lipids‚ and nucleic acids they are called macromolecules
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content was 7.03-14.14%. However‚ the protein content of selected chicken frankfurter is also lower than commercial chicken sausages‚ which was 13.2%. The low protein content may be due to the formulation designed in manufacturing of sausage where the starch is substituted to replace the raw meat hence reducing the processing cost while improving the texture of mechanically-recovered meat. Based on Malaysian Food Regulation 1985‚ the manufactured meat in the form of sausage should contain not less than
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Zachary’s Story A. An ulcer starts by eroding the mucosa of the G.I. tract wall. What functions of digestion and/or reabsorption might be lost if this layer is no longer functional? What functions will be compromised if the ulcer eats through the sub mucosa and then the muscularis? a. Absorption would not happen correctly some of the ingested and secreted may seep out of the lumen. This also could create a pathway of entry for pathogens if the ulcer ate through to the muscularis mucosa. You
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Laundry It is a place where the washing & finishing of clothes & other washable articles are carried out. There are two types of laundry. Off premises /Contracted laundries 1. Caters to hotels on contract basis 2. No heavy investment 3.Quality may not be maintained as per the brand standard of the hotel 4.Timings are fixed for delivering the laundered linen 5.A good amount of par stock has to be kept for emergency purpose. On Premises/ In house laundry 1. it is present in the hotel
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CSBE – Class 12 – Biology – Experiment 12 Experiment No. 12 Aim- To study the effects of temperature on the enzymatic activity of salivary amylase on substrates starch. Materials required- Test tubes‚ beakers‚ pipettes‚ funnels‚ thermometer‚ cotton‚ starch‚ iodine‚ potassium iodide‚ sodium chloride‚ thermocol box‚ buffer solution of pH 6.8 & match box. Principle- Salivary amylase is an amylolytic enzyme found in saliva released from salivary glands. All the enzymes show optimum enzymatic activity
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| | | | |7. |Crude Fibre | | | | |8. |Total Starch |40.89% |Max60% |Max60% | |9. |Test for Lead Chromate |negetve |-ve |-ve
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linkages are easy for enzymes to break while β-linkages are difficult to break 2. Starch: A Storage Polysaccharide in Plants e. Starch is made up of α-glucose monomers joined by glycosidic linkages ii. Mixture of unbranched amylose and branched amylopectin 3. Glycogen: A Highly Branched Storage Polysaccharide in Animals f. Glycogen performs the same storage role in animals that starch does in plants iii. Polymer of
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Amylase is found in saliva and breaks starch into maltose and dextrin. This form of amylase is also called "ptyalin" /ˈtaɪəlɪn/[4] It will break large‚ insoluble starch molecules into soluble starches (amylodextrin‚ erythrodextrin‚ and achrodextrin) producing successively smaller starches and ultimately maltose. Ptyalin acts on linear α(1‚4) glycosidic linkages‚ but compound hydrolysis requires an enzyme that acts on branched products. Salivary amylase is inactivated in the stomach by gastric acid
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• Carbohydrates include simple sugars‚ disaccharides and polysaccharides. They are the most important source of energy for most organisms. Polysaccharides change color in the presence of iodine solution: Glycogen gives a red-brown color and starch a dark blue–violet color. While simple sugars‚ having an aldehyde group‚ or a ketone group act as reducing agents in the presence of Benedict’s reagent producing a range of colors from green to brown depending on the degree of reduction they exhibit
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