1. Explain why a glucose test strip may be used to determine the enzymatic activity of lactase.
Answer: Glucose test strips may be used to determine the enzymatic activity of lactase because lactase is an enzyme for digestion which breaks down lactose into glucose and galactose., which are easily digested by humans.Thus, Glucose test strips can be used to determine if there is any enzymatic activity of lactose or not.
1. Explain why a glucose test strip may be used to determine the enzymatic activity of...
according to the test strips, which of these sugar solutioms contaimed glucose am @ 32% A f1.app.edmentum.com Course Activity: Enzymes 5 of Question 3 Next, Demetri tests these three sugar (sucrose) solutions for the presence of glucose: • sugar and water • sugar and lactase enzyme in water • sugar and heated lactase enzyme in water Test Tube 4 - Sugar (Sucrose): Demetri fills the fourth test tube one- quarter full of sugar. He then adds water to the test...
Use your answer to question 2 to explain why testing for glucose concentration is a good indication of lactase activity on all of those substrates. 4 Convert 37°C to the corresponding value in Fahrenheit. Why do you think most of the experiments in this lab are conducted at 37°C?
The mucic acid test may be used to differentiate glucose and galactose. The test involves reaction with nitric acid, which oxidizes both aldehyde and primary alcohol groups. Explain how this test differentiates glucose from galactose. What other laboratory procedure must be performed to accomplish the differentiation?
In the determination of concentration of glucose, DNS is frequently used as a test reagent. Explain why? Complete the reaction shown below with the chemical structures/formulas of reactants and products and name the products. DNS + Glucose +
carbohydrates and enzymes post lab questions Paragraph Styles Part A observations (salution appearance, test strip colors, etc.) Test tube Glucose levels Initial: 1700 mg/dLInitial: Dark brown Final:1700 mg/dL Final: Dark brown (glucose) Initial:80 mg/dL Initial: light blue with a very slight light green tint M Final: 250 mg/dL Final: Light green (maltose) Initial: 0 mg/dL Initial: light blue Final:250 mg/dL Final: light green (lactose) Initial:0 mg/dL Initial: light blue Final:260 mg/d Final: light green (lactose, acidic) Initial:0 mg/dL Initial: light...
please answer questions 1 through 6 with the information provided. Enzyme Specificity Are Sucrase and Lactase specific to Sucrose and Lactose? I: Experimental Procedure 1. Add 0.3 g of sucrose to three different test tubes. Make sure to remember to label them 1 to 3. 2. Add 5 mL of Dl water to test tube number 1. Add 5 mL of sucrase to test tube 2. Add 5 ml of lactase to test tube 3. 3. Add 0.3 g of...
1. if given unlabeled samples of glucose, malfose and lactose how could you identify each of the unknown? support your answer with test- glucose steips and barfoeds test. 2. how would glucose, maltose, lactose, lactose +acid, and lactose+ base react with an maltase pill? explain the levels of glucose. 3. starchws and fiber are two other sources of carbohydrates. How do they differ from sugars? 4. With the addition of a lactase enzyme glucose and maltose reacted but lactose did...
Problem 5, (25pts) To assess the quality of medical strips, used to test the level of glucose in the blood, one must control the consistency, that is resulted from the same sample if many repeated measures are obtained from that sample. If the variance in the results is too high the strip is considered as inconsistent and lower quality. Two possible strips are tested and compared with each other strip A and strip B and the results were recorded as...
4. Please provide a chemical explanation to justify why enzymes may display maximum activity over a narrow pH range. Please discuss an experimental strategy to clearly identify such enzymatic behavior
Test Your Knowledge Question 2 Question 2 of 2 2. Identify each statement as true or false. A low pH may denature an enzyme As the concentration of a substrate in a solution increases, the enzymatic activity will always continue to increase Lactose is an enzyme that breaks down lactase :: pH is determined by (H') present in solution His :: Temperatures that are too high may denature an enzyme : Too many enzymes present in a solution may denature...