DRAW IT Diagram each of the following flagellar arrangements: a. lophotrichous b. monotrichous c. peritrichous d. polar e. amphitrichous

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Answer 1

Textbook Question

Chapter 4, Problem 1R

DRAW IT Diagram each of the following flagellar arrangements:

a. lophotrichous

b. monotrichous

c. peritrichous

d. polar

e. amphitrichous

Expert Solution & Answer

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

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Match the following questions about Eukaryotic microorganisms to the "BEST" possible answer... A. Spore forming which often make unseptate hyphae B. Spore forming which often make septate hyphae and reproduce sexually C. Lack mitochondria and flagella but form cysts and possess mitosomes D. Spore forming and possess mitochondria as well as flagella E. Spore forming which often make septate hyphae and reproduce asexually F. Intercellular and intracellular organisms with common clamp connections G. Intercellular organisms with rare clamp connections H. Cyst forming and possess mitochondria as well as flagella I. Spore forming which often make unseptate mycelium J. Lack mitochondria and flagella but form spores and possess mitosomes 1. Microsporidia 2. Chytridiomycota 3. Zygomycota or Mucorales 4. Glomeromycota 5. Ascomycota 6. Basidiomycota 7. Pucciniales or Uredinales 8. Ustilaginomycetes 9. Giardia intestinalis 10. Dinoflagellate

Answer 2

Textbook Question

Chapter 4, Problem 1R

DRAW IT Diagram each of the following flagellar arrangements:

a. lophotrichous

b. monotrichous

c. peritrichous

d. polar

e. amphitrichous

Expert Solution & Answer

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

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Answer 3

Textbook Question

Chapter 4, Problem 1R

DRAW IT Diagram each of the following flagellar arrangements:

a. lophotrichous

b. monotrichous

c. peritrichous

d. polar

e. amphitrichous

Expert Solution & Answer

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

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Answer 4

Textbook Question

Chapter 4, Problem 1R

DRAW IT Diagram each of the following flagellar arrangements:

a. lophotrichous

b. monotrichous

c. peritrichous

d. polar

e. amphitrichous

Expert Solution & Answer

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

Answer 8

Expert Solution & Answer

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To review:

The bacteria flagella arrangements.

Introduction:

Flagella are present both in prokaryotes and eukaryotes and they facilitate cell motility. It is a whip-like, hollow, cylindrical structure that contains the protein called flagellin. The arrangement of flagella is different in different species. It consists of three different parts, namely filament, hook, and basal body. Flagella eukaryotes derive energy from ATP, whereas flagella in prokaryotes derive energy from proton motive force.

Answer 12

Explanation of Solution

Pictorial representation:

Microbiology: An Introduction, Chapter 4, Problem 1R

Based on the flagella arrangements, the organisms are classified into different types.

Lophotrichous: Two or more flagella at one end of the cell.
Monotrichous: Single flagellum present at one end of the cell.
Peritrichous: More number of flagella present on the entire surface of the cell.
Polar: Flagella are present at each pole of the bacterial cell.
Amphitrichous: A bunch of flagella present at both ends of the bacterial cell.

Answer 13

Conclusion

The flagella present on the cells are useful for locomotion and attachment. It contains filamentous protein which helps to propel a cell through liquid. The flagella also act as sensory organelle and aid in detecting changes in the temperature and pH.

Answer 14

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DRAW IT Diagram each of the following flagellar arrangements: a. lophotrichous b. monotrichous c. peritrichous d. polar e. amphitrichous

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