summarise the Concept of optimal conditions/ denaturing enzyme

Q: nzymes Drag each substrate to the enzyme with the matching active site. Enzymes 1. Changing…

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Q: Define a different theories proposed for mechanism of enzyme substratecomplex formation ?

A: Answer: Introduction: Enzymes are biocatalyst enhance the rate of chemical reactions.

Q: Step 1: Depict E + S • Draw an enzyme and one substrate. Show and label the substrate binding site…

A: Enzyme It is a protein molecules which is used in a biological reactions and lower down the…

Q: Use the given representations for an enzyme and substrate to illustrate the difference between the…

A: Enzymes are biomolecules that help in the catalysis of a reaction by binding to a substrate on the…

Q: Write down the biotechnological applications of enzyme in different industry?

A: Catalysts are chemical compounds that help in increasing the rate of reaction. In the biological…

Q: Suppose you are working with a crude enzyme and the next goal is enyme purification. Explain how…

A: Downstream Processing (DSP) is the series of operations which is necessary to take biological…

Q: Generate a concept map using the following terms: 1. Substrate 2. Reactant 3. Enzyme 4. Catalyst 5.…

A: Concept map is typically a diagram that helps in the depiction of the relationship between the…

Q: By giving detailed examples, explain how allosteric control of enzyme activity controls the rate of…

A: Allosteric regulation - Regulation of an enzyme by binding an effector molecule at a site other than…

Q: Explain the different theories proposed for mechanism of enzyme substrate complex formation.

A: Introduction: Enzymes are biological catalysts that accelerate chemical reactions without being…

Q: draw and label a Lineweaver-burk plot showing the effects of a simple linear non-competitive…

A: Enzymes are specialized proteins that catalyze all biochemical reactions taking place inside living…

Q: Illustrate how metabolic reactions are catalyzed by speciic enzymes.

A: Enzymes : Enzymes are proteinaceous in nature .All enzymes are proteins but all proteins are not…

Q: ame two environmental factors that may result in denatured enzymes

A: Enzymes are substances that are mainly protein which acts as biocatalysts in living organisms and…

Q: Describe using chemical pathways of 3 Human metabolic diseases, the effects that biosignaling…

A: Metabolic diseases are any of the disorders or diseases disrupting the normal metabolic functioning…

Q: A biochemst wants to dtermine the effect of inhibitor on a certain enzyme. See attached data. Using…

A: Parameters such as Km and Vmax are used for comparing enzyme activities. If we know the initial rate…

Q: Provide a detailed description of what an enzyme is and how they work. In your answer, include all…

A: The enzyme is a biocatalyst that perform a chemical reaction and after the chemical reaction the…

Q: In detail explain the one gene/ one enzyme hypothesis using one or more example

A: One gene/ one enzyme hypothesis The hypothesis was postulated by Beadle and Tatum in 1948. According…

Q: H3. Draw the Lineweaver-Burk plots for the reaction that your selected enzyme is involved with and…

A: Inhibitors are substances which inhibit the activity of an enzyme. Inhibitors bind to the active…

Q: In the course of purifying an enzyme, a researcher performs a purification step that results in an…

A: An enzyme is a biocatlyst that increases the rate of overall reaction. Activity of enzyme is…

Q: Genetic engineering of enzymes to be utilized for bioremediation efforts results in which of the…

A: Bioremediation is a process in which the organic wastes are biologically degraded under controlled…

Q: Explain the uses of some biotechnologically produced enzymes in industry.

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Q: After the activity of an enzyme it makes: O Cofactor O Substrate Product O Coenzyme

A: Enzymes are proteins that act as catalysts, which means they speed up chemical reactions without…

Q: Essay: In your own words explain the following concept in not more than 5 sentences a. The lock and…

A: A. The lock and key model showing enzyme-substrate interaction. In which the substrate behave like…

Q: Give an ac ctivity.

A: Enzymes are important biological catalysts that facilitate chemical reactions in living organisms.…

Q: Biological product: Baker's yeast Describe each method and equipment utilized in the upstream…

A: Introduction: Upstream Process: Selection Of A Microbial Strain Characterised By The Ability To…

Q: Compare the "Lock and key "model with the "induced fit" model of enzymes

A: The proteins which act as catalyst in the biological reactions are known as enzymes. They attaches…

Q: Using appropriate examples, explain how environmental factorsaffect enzyme activity.

A: Enzymes are referred to as molecules of proteins that helps in increasing the metabolism rate and…

Q: Distinguish between the lock-and-key and induced-fit models for binding of a substrate to an enzyme.

A: The enzyme-substrate complex is a temporary molecule formed when an enzyme comes into perfect…

Q: classes of enzymes according to IUBMB

A: The question is about the classification of enzyme according to IUBMB i.e International union of…

Q: Explain the Jacques Monod, Jeffries Wyman and Jean-Pierre Changeux (or MWC) model for allosteric…

A: Enzymes are biocatalysts, which increase the rate of biochemical reactions. Substrate molecules bind…

Q: Find a solution given the following results of a double digest experiment. Enzyme A: 1000, 2100,…

A: The restriction enzymes are responsible for cutting the double stranded DNA molecules either from…

Q: Distinguish between the lock-andkey and induced-fit models for binding of a substrate to an enzyme.

A: Introduction: Enzymes are proteins that serve as biological catalysts. Catalysts help to speed up…

Q: Compare Lock&key and Induced fit mechanism of enzyme action.

A: Enzymes are biological catalysts. They are mostly proteinaceous in nature and function to alter the…

Q: To examine: Whether the statement, "An enzyme reaches a maximum rate at high substrate concentration…

A: Enzymes are proteinaceous in nature, are biological catalysts. Enzymes catalyse (speed up) chemical…

Q: Explain the 2 models to explain how an enzyme binds its substrate.

A: Enzymes that bind with chemical reactants are called substrates. There might be at least one or more…

Q: Understand when high specificity is important for an enzyme and how this specificity is achieved.

A: Substrate specificity is also known as absolute specificity which is very high for enzymes that…

Q: (e) What kind of inhibitor is it likely to be? Plot the data in Lineweaver-Burk plot form to support…

A: For a one-substrate enzyme-catalyzed reaction, the Michaelis-Menton equation shows the quantitative…

Q: Indicate how the observed Km of an enzyme would change in the presence of inhibitors having the…

A: The Km is known as Michaelis constant, it is the concentration of substrate at which reaction…

Q: Summarize the background information about the enzyme b-galactosidase ,protein purification in…

A: Enzymes are biological catalysts that increase the rate of a biochemical reaction. Enzymes do not…

Q: Indicate whether each of the statements in Problem 7 applies to: *Lock-and-key model   *…

A: Lock and key theory- The specific action of an enzyme with a single substrate can be explained using…

Q: Briefly explain the mechanism of action of enzymes.

A: Enzymes are a special type of protein that speed up chemical reactions in the body. They do this by…