Question

In which of the following ways are bacterial cells similar to human cells? a. Bacterial cells have cell walls. b. Bacterial cells have a single, circular chromosome. c. Bacterial cells use ATP to fuel cellular activities. d. Bacterial cells lack mitochondria.

Name: Problem 1, Chapter 9: Human Biology. Concepts and Current Issues
Uploaded: 2021-08-21T02:00:08-08:00
Duration: 1 min 6 s
Channel: Joanna Quigley
Description: In which of the following ways are bacterial cells similar to human cells? a. Bacterial cells have cell walls. b. Bacterial cells have a single, circular chromosome. c. Bacterial cells use ATP to fuel cellular activities. d. Bacterial cells lack mitochondria.

    In which of the following ways are bacterial cells similar to human cells?
a. Bacterial cells have cell walls.
b. Bacterial cells have a single, circular chromosome.
c. Bacterial cells use ATP to fuel cellular activities.
d. Bacterial cells lack mitochondria.

Human Biology. Concepts and Current Issues

Johnson M. 6th Edition

Chapter 9, Problem 1

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Solved by Expert Joanna Quigley

08/21/2021

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We need to identify which of the given options describe a similarity between bacterial cells and human cells. Show more…

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In which of the following ways are bacterial cells similar to human cells? a. Bacterial cells have cell walls. b. Bacterial cells have a single, circular chromosome. c. Bacterial cells use ATP to fuel cellular activities. d. Bacterial cells lack mitochondria.

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Key Concepts

ATP as the Universal Energy Currency

ATP, or adenosine triphosphate, is a molecule that provides energy for a wide range of cellular processes in all forms of life. Both bacterial cells and human cells rely on ATP to drive energy-dependent reactions necessary for maintaining cellular functions, demonstrating a fundamental biochemical similarity across diverse life forms.

Fundamental Cellular Metabolic Processes

Despite vast differences in cellular structure and organization, both bacteria and human cells perform core metabolic activities such as biosynthesis, nutrient processing, and waste removal. These processes are underpinned by conserved biochemical pathways that use ATP, highlighting the universal mechanisms by which living cells generate and manage energy.

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