Explain the importance of optimum pH in the use of enzymes
Q: Define Km and explain the effect of substrate concentration on enzyme activity
A: A biological cell is a hub of biochemical and metabolic activities. Numerous reactions occur…
Q: Describe the following: a. Functions of enzymes b. Benefits of enzymes on molecules c. Environmental…
A: a) In the shortest way to explain it, they work to make reactions go faster in
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: describe how enzyme action is affected by an increase in temperature
A: Enzymes are the proteins which functions to catalyze a particular biological reaction by increasing…
Q: Differentiate between catabolism and anabolism using examples.
A: The chemical reactions taking place in our body for the maintenance and growth of living beings…
Q: Describe the overall characteristics and functions ofdigestive enzymes.
A: The digestive system of the human body mainly comprises ten organs. This is the most complicated and…
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: Explain how enzymes lower the energy required for a reaction to occur
A: Step 1 Enzymes are usually proteinaceous substances produced by living cells that catalyze…
Q: Explain how the buildup of a metabolite when an enzyme is blocked can shed light on the steps of a…
A: Metabolic pathways are chemical reactions taking place inside a cell that either make or break…
Q: dentify a competitive inhibitor and the enzyme that it impacts. Describe how the competitive…
A: Competitive inhibitors are those substances that compete with the substrates to bind to an active…
Q: Explain the mode of action of enzymes in terms of an active site, enzyme and/or substrate complex,…
A: Enzymes are biological catalysts that catalyze the biological reaction. For example, the formation…
Q: Give an example of food preservation in which the enzymes are inactivated (a) by heat and (b) by…
A: Food preservation is a way of preserving the food for a longer period of time. It delays the time…
Q: Describe the chemistry of enzymes, and explain how the apoenzymeforms.
A: Enzymes are specific activators or catalytic boosters which enhance the rate of a reaction by…
Q: Describe how the environment affects enzyme function
A: Ans. Enzymes are substances that are mainly protein which acts as biocatalysts in living organisms…
Q: Þraw a graph to show the effect of the factors affecting enzyme activity a. Temperature b. pH…
A: Introduction :- Proteins that operate as biological catalysts are known as enzymes (biocatalysts).…
Q: Explain the uses of some biotechnologically produced enzymes in industry.
A:
Q: List two industrially significant enzymes.
A: The two industrially significant enzymes are : Protease : has a huge significance in the brewing…
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: Explain the importance of enzymes in food processing
A: Enzymes bind to reactants (substrates) and convert them into products. They function as biological…
Q: Identify the metabolic pathway or reaction based on the products produced. 4ATP + 4 Hydrogen ions:…
A: METABOLIC PATHWAY: Chemical reactions that take place by following a sequence inside a cell which…
Q: What factors affect enzyme activity and/or denature the enzyme? Use specific examples from the…
A: Biomolecules are organic molecules present in living organisms which include carbohydrates,…
Q: coenzyme and cofactor
A: Coenzymes are small, non-protein organic molecules that carry chemical groups between enzymes .…
Q: Describe the chemistry of two types of enzymes and explain how the apoenzyme forms
A: Enzyme --Definition -- Enzymes are type proteins having catalytic capability takes part in…
Q: Explain the catalytic cycle of an enzyme and provide an example.
A: Catalyst: It is a substrate which increases the speed of chemical reaction without the involvement…
Q: Explain why an enzyme has an optimal pH and if the pH goes above or below that the rate of reaction…
A: Enzymes are primarily proteins. These proteins are composed of single or multiple polypeptide…
Q: Classify inhibitors by giving a brief description of each type and explain their effects on the…
A: Enzymes are biocatalyst that is involved in speeding up the chemical reaction. They are protein…
Q: Show a graph of the relationship between temperature and reaction rate
A: The reaction rate or pace of reaction is the speed at which a chemical response happens. The…
Q: dentify the conditions that may affect enzyme activity in a reaction. SELECT ALL THAT APPLY A.…
A: Those proteins or biological catalysts which help to speed up the chemical reaction are termed…
Q: Use the lock and key analogy to explain why excessively acidic body fluids could destroy enzyme…
A: Enzymes include the proteins that are biocatalysts. The function of a biocatalyst is to enhance the…
Q: Explain the relationship between enzyme sensitivity and theadaptations microbes make to their…
A: Enzymes can be defined as the proteins which are known as biological catalysts on the basis of their…
Q: Explain how the environment affects enzyme function
A: The activity of an enzyme can be affected by various environmental factors that alter the tertiary…
Q: Explain how an enzyme lowers activation energy.
A: Answer. An enzyme is a biocatalyst that increases the rate of a chemical reaction without itself…
Q: Differentiate competitive and noncompetitive inhibitors of enzymes
A: Enzymes are a class of proteins that acts as biological catalysts. These proteins increase the pace…
Q: Microorganisms in the soil release enzymes to digest dead leaves (a) explain how enzymes catalyse…
A: Enzymes are the biocatalysts that speed up biochemical reactions. These are generally formed of…
Q: Show a graph of the relationship between temperature and reaction rate of enzymes
A: Introduction: Enzymes are biocatalysts which means that they are catalysts of life. A catalyst is…
Q: Explain why using higher concentrations of substrate does not produce a significant change in the…
A: Enzymes catalyze biological reactions by causing an increase in the rate of reaction. They decrease…
Q: Explain the role and mechanism of enzyme inhibitors in metabolic pathways.
A: Enzymes are proteinaceous molecules that increase the rate of any biochemical reaction by decreasing…
Q: Explain why enzymes are important in the body.
A: The reaction that takes place inside a cell is known as biochemical reaction where one molecule is…
Q: An introduction of the effects of subtract concentration on enzymes.
A: Introduction Enzyme activity refers to the rate at which enzymes convert substrate molecules into…
Q: Enumerate and discuss three disorders that could result from the absence of enzymes
A: Enzymes are highly specialized proteins that have extraordinary catalytic power, greater than that…
Q: explain how measuring the effect of temperature on enzyme activity will be different from measuring…
A: Enzymes are proteins which are present in cell. These specific proteins catalyze (lower or speed up…
Q: Give some reasons why enzymes are essential for the operation of metabolic pathways.
A: An enzyme is defined as a substance that is capable of accelerating the rate of a biochemical…
Q: Describe how an enzyme and substrate combine to facilitate a reaction.
A: Enzymes act as a biocatalyst which speeds up the process of a chemical reaction and is involves in…
Q: How to Direct Controls on the Action of Enzymes
A: Enzymes: Enzymes are proteins that function as biological catalysts and catalyze all aspects of…
Explain the importance of optimum pH in the use of enzymes.
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