Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids , phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Chapter 17, Problem 8MCQ

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Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Mutations Here is your template DNA strand: CTT TTA TAG TAG ATA CCA CAA AGG 1. Write out the complementary mRNA that matches the DNA above. 2. Write the anticodons and the amino acid sequence. 3. Change the nucleotide in position #15 to C. 4. What type of mutation is this? 5. Repeat steps 1 & 2. 6. How has this change affected the amino acid sequence? 7. Now remove nucleotides 13 through 15. 8. Repeat steps 1 & 2. 9. What type of mutation is this? 0. Do all mutations result in a change in the amino acid sequence? 1. Are all mutations considered bad? 2. The above sequence codes for a genetic disorder called cystic fibrosis (CF). 3. When A is changed to G in position #15, the person does not have CF. When T is changed to C in position #14, the person has the disorder. How could this have originated?

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Chapter 17, Problem 8MCQ

Summary Introduction

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Chapter 17, Problem 8MCQ

Summary Introduction

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Question

Chapter 17, Problem 8MCQ

Summary Introduction

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Answer 5

Chapter 17, Problem 8MCQ

Summary Introduction

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

Answer 6

Chapter 17, Problem 8MCQ

Summary Introduction

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

Answer 7

Chapter 17, Problem 8MCQ

Summary Introduction

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Ch. 17.1 - What are two domains that contain prokaryotes?Ch. 17.1 - Prob. 2MC Ch. 17.1 - Prob. 3MC Ch. 17.1 - Prob. 4MC Ch. 17.2 - Prob. 1MC Ch. 17.2 - Prob. 2MC Ch. 17.2 - What does the Gram stain reveal about a cell?Ch. 17.2 - Prob. 4MC Ch. 17.2 - Prob. 5MC Ch. 17.2 - How are molecular data changing microbial...

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids , phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

Solution Summary: The author explains that nitrogen fixation is a function performed only by prokaryotic organisms.

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Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

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Chapter 17 Solutions

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids , phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

Solution Summary: The author explains that nitrogen fixation is a function performed only by prokaryotic organisms.

Concept explainers

Videos

Introduction: Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.

Want to see the full answer?

Chapter 17 Solutions

Introduction:

Nitrogen forms a very important part of many organic molecules like proteins and nucleic acids, phospholipids and more. Plants cannot take in atmospheric nitrogen for use so they have to depend on the nitrogen fixing microbes in the soil. These microbes are generally prokaryotic.