Owlv2,1 Term Printed Access Card For Ca...9th EditionCampbell, Mary K.; Farrell, Shawn O.; Mcdougal, Owen M. Publisher: Cengage LearningISBN: 9781305962972
Owlv2,1 Term Printed Access Card For Ca...
Solutions for Owlv2,1 Term Printed Access Card For Campbell/farrell/mcdougal's Biochemistry, 9th
Problem 1RE:
RECALL How does the catalytic effectiveness of enzymes compare with that of nonenzymatic catalysts?Problem 2RE:
RECALL Are all enzymes proteins?Problem 3RE:
MATHEMATICAL Catalase breaks down hydrogen peroxide about 107 times faster than the uncatalyzed...Problem 4RE:
REFLECT AND APPLY Give two reasons why enzyme catalysts are 103 to 105 more effective than reactions...Problem 6RE:
REFLECT AND APPLY Would nature rely on the same enzyme to catalyze a reaction either way (forward or...Problem 7RE:
REFLECT AND APPLY Suggest a reason why heating a solution containing an enzyme markedly decreases...Problem 8RE:
REFLECT AND APPLY A model is proposed to explain the reaction catalyzed by an enzyme. Experimentally...Problem 9RE:
REFLECT AND APPLY Does the presence of a catalyst alter the standard free energy change of a...Problem 10RE:
REFLECT AND APPLY What effect does a catalyst have on the activation energy of a reaction?Problem 11RE:
REFLECT AND APPLY An enzyme catalyzes the formation of ATP from ADP and phosphate ion. What is its...Problem 12RE:
REFLECT AND APPLY Can the presence of a catalyst increase the amount of product obtained in a...Problem 13RE:
RECALL For the hypothetical reaction 3A+2B2C+3D the rate was experimentally determined to be...Problem 15RE:
REFLECT AND APPLY Would you use a pH meter to monitor the progress of the reaction described in...Problem 16RE:
REFLECT AND APPLY Suggest a reason for carrying out enzymatic reactions in buffer solutions.Problem 17RE:
RECALL Distinguish between the lock-and-key and induced-fit models for binding of a substrate to an...Problem 18RE:
RECALL Using an energy diagram, show why the lock-and-key model could lead to an inefficient enzyme...Problem 19RE:
REFLECT AND APPLY Other things being equal, what is a potential disadvantage of an enzyme having a...Problem 20RE:
REFLECT AND APPLY Amino acids that are far apart in the amino acid sequence of an enzyme can be...Problem 21RE:
REFLECT AND APPLY If only a few of the amino acid residues of an enzyme are involved in its...Problem 22RE:
RECALL Show graphically how the reaction velocity depends on the enzyme concentration. Can a...Problem 23RE:
RECALL Define steady state, and comment on the relevance of this concept to theories of enzyme...Problem 25RE:
MATHEMATICAL For an enzyme that displays MichaelisMenten kinetics, what is the reaction velocity, V...Problem 26RE:
MATHEMATICAL Determine the values of KM and Vmax for the decarboxylation of a -keto acid given the...Problem 27RE:
MATHEMATICAL The kinetic data in the following table were obtained for the reaction of carbon...Problem 28RE:
MATHEMATICAL The enzyme -methylaspartase catalyzes the deamination of -methylaspartate [V. Williams...Problem 29RE:
MATHEMATICAL The hydrolysis of a phenylalanine-containing peptide is catalyzed by -chymotrypsin with...Problem 30RE:
MATHEMATICAL For the Vmax obtained in Question 26, calculate the turnover number (catalytic rate...Problem 31RE:
MATHEMATICAL You do an enzyme kinetic experiment and calculate a Vmax of 100 mol of product per...Problem 32RE:
REFLECT AND APPLY The enzyme D-amino acid oxidase has a very high turnover number because the...Problem 33RE:
REFLECT AND APPLY Why is it useful to plot rate data for enzymatic reactions as a straight line...Problem 34RE:
REFLECT AND APPLY Under what conditions can we assume that KM indicates the binding affinity between...Problem 36RE:
BIOCHEMICAL CONNECTIONS How did scientists determine that carbonic anhydrase is a chemical sensor...Problem 37RE:
BIOCHEMICAL CONNECTIONS How do the KM values for glucokinase and hexokinase reflect their roles in...Problem 39RE:
RECALL What are the three most common mechanisms for enzyme-catalyzed reactions that have two...Problem 40RE:
RECALL What is the biggest difference between a ping-pong mechanism and either an ordered mechanism...Problem 41RE:
RECALL How do scientists determine the KM of a substrate that is part of an ordered reaction with...Problem 44RE:
RECALL Do all enzymes display kinetics that obey the Michaelis-Menten equation? Which ones do not?Problem 45RE:
RECALL How can you recognize an enzyme that does not display MichaelisMenten kinetics?Problem 46RE:
RECALL If we describe an enzyme like aspartate transcarbamoylase and say that it exhibits...Problem 47RE:
RECALL How can competitive and pure noncompetitive inhibition be distinguished in terms of KM?Problem 48RE:
RECALL Why does a competitive inhibitor not change Vmax?Problem 50RE:
RECALL Distinguish between the molecular mechanisms of competitive and noncompetitive inhibition.Problem 51RE:
RECALL Can enzyme inhibition be reversed in all cases?Problem 52RE:
RECALL Why is a Lineweaver-Burk plot useful in analyzing kinetic data from enzymatic reactions?Problem 53RE:
RECALL Where do lines intersect on a Lineweaver-Burk plot showing competitive inhibition? On a...Problem 55RE:
REFLECT AND APPLY Why can we say that having a pure non- competitive inhibitor present is similar to...Problem 56RE:
REFLECT AND APPLY When we compare the binding of I and of S to the enzyme in a mixed noncompetitive...Problem 57RE:
RECALL Why does the apparent KM decrease in the presence of an uncompetitive inhibitor?Problem 59RE:
RECALL If we made a Lineweaver-Burk plot of an irreversible inhibitor, which type of reversible...Problem 61RE:
MATHEMATICAL For the following aspartase reaction (see Question 28) in the presence of the inhibitor...Problem 63RE:
REFLECT AND APPLY Noncompetitive inhibition is a limiting case in which the effect of binding...Problem 64RE:
BIOCHEMICAL CONNECTIONS You have been hired by a pharmaceutical company to work on development of...Problem 65RE:
REFLECT AND APPLY Would you expect an irreversible inhibitor of an enzyme to be bound by covalent or...Browse All Chapters of This Textbook
Chapter 1 - Biochemistry And The Organization Of CellsChapter 2 - Water: The Solvent For Biochemical ReactionsChapter 3 - Amino Acids And PeptidesChapter 4 - The Three-dimensional Structure Of ProteinsChapter 5 - Protein Purification And Characterization TechniquesChapter 6 - The Behavior Of Proteins: EnzymesChapter 7 - The Behavior Of Proteins: Enzymes, Mechanisms, And ControlChapter 8 - Lipids And Proteins Are Associated In Biological MembranesChapter 9 - Nucleic Acids: How Structure Conveys InformationChapter 10 - Biosynthesis Of Nucleic Acids: Replication
Chapter 11 - Transcription Of The Genetic Code: The Biosynthesis Of RnaChapter 12 - Protein Synthesis: Translation Of The Genetic MessageChapter 13 - Nucleic Acid Biotechnology TechniquesChapter 14 - Viruses, Cancer, And ImmunologyChapter 15 - The Importance Of Energy Changes And Electron Transfer In MetabolismChapter 16 - CarbohydratesChapter 17 - GlycolysisChapter 18 - Storage Mechanisms And Control In Carbohydrate MetabolismChapter 19 - The Citric Acid CycleChapter 20 - Electron Transport And Oxidative PhosphorylationChapter 21 - Lipid MetabolismChapter 22 - PhotosynthesisChapter 23 - The Metabolism Of NitrogenChapter 24 - Integration Of Metabolism: Cellular Signaling
Book Details
Introduce the latest developments in biotechnology and genomics with the bestselling BIOCHEMISTRY, 9TH EDITION. Ideal for the one-term course, this approach is known for its logical organization, appropriate depth of coverage, and vibrant illustrations. A clear presentation helps students synthesize the wealth information flooding the field since the decoding of the human genome, while emphasizing how biochemistry principles apply to everyday lives. Content highlights current developments in Alzheimer’s research, RNA drug therapy, and gene editing with CRISPR-Cas9. Students review topics, such as aging, stem cell therapies, and G-coupled protein receptors, and see how biochemistry applies to other fields like health and sports medicine.
Sample Solutions for this Textbook
We offer sample solutions for Owlv2,1 Term Printed Access Card For Campbell/farrell/mcdougal's Biochemistry, 9th homework problems. See examples below:
Chapter 1, Problem 1REChapter 1, Problem 16REChapter 2, Problem 1REChapter 2, Problem 23REChapter 2, Problem 25REChapter 3, Problem 1REChapter 3, Problem 9REChapter 4, Problem 1REChapter 5, Problem 1RE
Chapter 6, Problem 1REChapter 6, Problem 25REChapter 6, Problem 28REChapter 6, Problem 29REChapter 6, Problem 31REIn the case of competitive inhibition, the substrate and inhibitor compete with each other to bind...Chapter 6, Problem 61REChapter 7, Problem 1REChapter 8, Problem 1REChapter 9, Problem 1REChapter 10, Problem 1REChapter 11, Problem 1REChapter 12, Problem 1REChapter 13, Problem 1REViruses are nanoparticles, which are made up of nucleic acid and proteins. The nucleic acid that may...Chapter 15, Problem 1REGiven information: a) For predicting the reaction and calculating the value of : From the table in...Chapter 16, Problem 1REChapter 17, Problem 1REChapter 18, Problem 1REChapter 19, Problem 1REGiven information: The table for individual reactions of the citric acid cycle is as follows:...Chapter 20, Problem 1REChapter 20, Problem 8REChapter 20, Problem 13REChapter 21, Problem 1REThe chlorophyll contains a pigment that absorbs all the other colors except the green color coming...Chapter 23, Problem 1REChapter 24, Problem 1RE
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