1,DIm 'T(4) T, U, G, and C2. Read.carefully the "help-wantedadvertisement" below. Then selectwhich applicant would be best qualifiedfor the job.Executive Position available. Must be ableto maintain genetic continuity throughreplication and to control cellular activityby regulation of enzyme production.Limited number of openings available. Allbenefits.Ple.(1) ATP(2) DNA(3) protein catalyst(4) receptor molecule3. A gene mutation may be transmitted tooffspring if the mutation occurs within(1) an egg cell

Replication is the process of doubling the genetic material. In the case of eukaryotes, DNA…

(3) 1, (4) T, U, G, and C 2. Read.carefully the "help-wanted advertisement" below. Then select which applicant would be best qualified for the job. Executive Position available. Must be able o maintain genetic continuity through eplication and to control cellular activity y regulation of enzyme production. imited number of openings available. All enefits. Ple. h (1) ATP (2) DNA (3) protein catalyst (4) receptor molecule A gene mutation may be transmitted to offspring if the mutation occurs within (1)an egg cell

(3) 1, (4) T, U, G, and C 2. Read.carefully the "help-wanted advertisement" below. Then select which applicant would be best qualified for the job. Executive Position available. Must be able o maintain genetic continuity through eplication and to control cellular activity y regulation of enzyme production. imited number of openings available. All enefits. Ple. h (1) ATP (2) DNA (3) protein catalyst (4) receptor molecule A gene mutation may be transmitted to offspring if the mutation occurs within (1)an egg cell

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter6: Energy, Enzymes, And Biological Reactions

Section: Chapter Questions

Problem 1TYK: The capacity to do work best defines: a metabolic pathway. entropy. kinetic or potential energy. a...

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Name the three basic classes of drug targets in medicinal chemistry and indicate, which are the most/least important as targets for biologics? I don't sure if I answer these questions correctly. Hope someone can give me confirmation and explain to me how enzymes will be affected by bioloigcs? My answer so far: The three common classes of drug targets are; receptors, nucleic acid, and enzymes. As a target for biologics, the least important will be a nucleic acid, and the most important will be receptor and second enzymes. Biologic drugs such as monoclonal antibodies will bind to the antigens, which are overexpressed receptor that need to be deactivated. In this case, the monoclonal antibodies will act as an antagonist and block the ligand from binding to the antigens, which are extensively presented in cancer cells. In addition, it can also affect enzymes by.......?
The capacity to do work best defines: a metabolic pathway. entropy. kinetic or potential energy. a chemical equilibrium. thermodynamics.
Enzymes are specific, they match with a specific and particular reactant during the reactions, the enzyme changes shape and cannot be used again true or false
will UPVOTE!Kindly answer the following questions. What is an enzyme? How enzymes are being classified and enumerate its classification? How enzymes determine their substrate? What are the factors that affect enzyme activities?
Purpose: The purpose of this assignment is to explain how energy is extracted from foods and used to produce ATP and also describe how the body synthesizes new molecules.
The reason for the increase in the rate of an enzyme reaction when the temperature is increased isa. decrease in kinetic energy of reactantb. increase in kinetic energy of reactantc. increase in activation energy of reactiond. decrease in activation energy of reaction
proteins function to give structure to the body, regulate processes, provide protection, help muscles to contract,transport substances and serve as enzymes. As enzymes,proteins serves to: a.Lower the activation energy of biochemical reactions b.speed up biochemical reactions c.orient colliding molecules d.all of the above e.only two of the above
Other than temperature and PH, discuss, in detail. Additional factors often necessary for the proper function of many enzymes in biological systems.
could this question be explained please 1.What is the role of an enzyme in a chemical reaction? How do changes in temperature and pH affect enzyme activity? How does ATP-ADP couple these reactions?
Which of the following is NOT true about enzymes? Enzyme inhibitors interact reversibly or irreversibly with an enzyme to alter its Km and /or Vmax values. Enzymes typically act under milder conditions of temperature and pH than non-enzyme chemical catalysts. Zymogens are the inactive precursors of enzyme. Nucleophilic groups can catalyze reactions through the transient formation of covalent bonds with the substrate. Transition state stabilization can significantly increase the activation energy for a reaction.
Introduction: (4 pts) (Answer questions in paragraph form - 300 words max) What are enzymes and what do they do? What are the optimal conditions for an enzyme? What factors affect enzyme activity and how? How is the structure of an enzyme related to its function? What is amylase? What reaction does it catalyze? Research the amylase enzyme you used (organism) and the optimal conditions of temperature, pH, or salt, it requires. Explain why DNS is used and why it is important for determining enzyme activity. Cite and reference your sources using APA style.
The synthesis of enzymes in response to changing metabolicneeds is referred to as _____________________.