If myosin V moved more like an “inchworm” (meaning it dragged its rear filament-binding domain forward, but not in a hand-over-hand fashion), how would a graph of spot movement over time differ from the one shown in Figure 14A-2b?

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Answer 1

Textbook Question

Chapter 14, Problem 1Q

If myosin V moved more like an “inchworm” (meaning it dragged its rear filament-binding domain forward, but not in a hand-over-hand fashion), how would a graph of spot movement over time differ from the one shown in Figure 14A-2b?

Chapter 14, Problem 1Q, If myosin V moved more like an inchworm (meaning it dragged its rear filament-binding domain

Expert Solution & Answer

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

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Students have asked these similar questions

1. Which myosin type II property is most different from kinesin-1? A) myosin has two heads that can bind to cytoskeletal filamentsB) myosin is recruited into thick bipolar assembliesC) myosin hydrolyzes ATPD) myosin is an allosteric motor 2. If you were examining a newly available genome and your task was to identify the encoded family of kinesin motor proteins, what domain would be the most useful starting place for your analysis? A) Light chain #1 binding sitesB) Neck regionC) Cargo domainD) Motor domainE) Light chain #2 binding sites please explain

Certain multi-headed myosins bind cooperatively to actin filaments. The binding interaction is mainly electrostatic in nature, so the presence of additional salt (ions) in solution can interfere with binding; ions will tend to associate with charged residues on the two proteins, blocking electrostatic attractions that would otherwise take place. Briefly describe the expected shape of the binding curve for one of these myosins, and what will happen to the shape when the salt concentration increases.

You coat microfilaments with the myosin S1 fragment and add these coated microfilaments to the slide with Protein Y stuck on a slide. You observe the coated microfilaments move, and they move in the direction with the barbed ends leading. Your advisor is ecstatic with this observation, telling you that you have made a major discovery. What is novel about this discovery? ng. Microfilament movement Protein Y

Answer 2

Textbook Question

Chapter 14, Problem 1Q

If myosin V moved more like an “inchworm” (meaning it dragged its rear filament-binding domain forward, but not in a hand-over-hand fashion), how would a graph of spot movement over time differ from the one shown in Figure 14A-2b?

Chapter 14, Problem 1Q, If myosin V moved more like an inchworm (meaning it dragged its rear filament-binding domain

Expert Solution & Answer

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

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Answer 3

Textbook Question

Chapter 14, Problem 1Q

If myosin V moved more like an “inchworm” (meaning it dragged its rear filament-binding domain forward, but not in a hand-over-hand fashion), how would a graph of spot movement over time differ from the one shown in Figure 14A-2b?

Chapter 14, Problem 1Q, If myosin V moved more like an inchworm (meaning it dragged its rear filament-binding domain

Expert Solution & Answer

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 14, Problem 1Q

If myosin V moved more like an “inchworm” (meaning it dragged its rear filament-binding domain forward, but not in a hand-over-hand fashion), how would a graph of spot movement over time differ from the one shown in Figure 14A-2b?

Chapter 14, Problem 1Q, If myosin V moved more like an inchworm (meaning it dragged its rear filament-binding domain

Expert Solution & Answer

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

Answer 8

Expert Solution & Answer

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To determine: The way in which graph of spot movement over time differs from the graph shown in figure 14A-2b given in the textbook when myosin V moved like an inchworm.

Introduction: Myosin protein V is an important protein which is involved in the transports of various types of intracellular cargo along with actin proteins. These myosin proteins are involved in the transport of various membrane-bound organelles and show two alternating types of mechanisms for movement. One method is the hand-over-hand method and another method is the inch worm model.

Answer 12

Explanation of Solution

Hand-over-hand mechanism of myosin V movement states that the trailing head would move past the stationary forward head by an approximate distance of 74 nanometers to reach a new actin binding site. In contrast to this, the inch-worm model suggests that both heads would advance or move forward only by 37 nanometers during the step. Both trailing and leading heads do not undergo the process of position exchange during the inch worm model.

The best way to determine the difference between the hand-over-hand model and inch-worm models is to strictly follow the displacement of one of myosin V heads. Therefore, a graph of spot movement over time will differ in case of distance as 74 nanometers (position along actin filament) will be shown in the hand-over-hand model and 35 nanometers will be shown in inchworm model of spot movement.

Answer 13

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If myosin V moved more like an “inchworm” (meaning it dragged its rear filament-binding domain forward, but not in a hand-over-hand fashion), how would a graph of spot movement over time differ from the one shown in Figure 14A-2b?

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