The following table depicts characteristics of five prokaryotic species (1-5). Use the information in the table to answer the following question. Which species is capable of directed movement? Trait Species 1 Plasmid None Species 2 R Species 3 F Species 4 R Species 5 None Gram Staining Results Variable Negative Negative Variable Negative Nutritional Chemoauto- Chemohetero- Chemohetero- Chemohetero- Photoauto- Mode troph troph troph troph troph Aerobic Anaerobic nitrogen fixation methanotroph Anaerobic lactic (obtains carbon and aerobic and energy from photosystems Specialized Anaerobic Metabolic Anaerobic alcoholic acid Pathways methanogen fermentation fermentation Other Internal Features membranes Flagellum Pili species 2 species 4 species 3 species 1 methane) Fimbriae I and II Thylakoids
The following table depicts characteristics of five prokaryotic species (1-5). Use the information in the table to answer the following question. Which species is capable of directed movement? Trait Species 1 Plasmid None Species 2 R Species 3 F Species 4 R Species 5 None Gram Staining Results Variable Negative Negative Variable Negative Nutritional Chemoauto- Chemohetero- Chemohetero- Chemohetero- Photoauto- Mode troph troph troph troph troph Aerobic Anaerobic nitrogen fixation methanotroph Anaerobic lactic (obtains carbon and aerobic and energy from photosystems Specialized Anaerobic Metabolic Anaerobic alcoholic acid Pathways methanogen fermentation fermentation Other Internal Features membranes Flagellum Pili species 2 species 4 species 3 species 1 methane) Fimbriae I and II Thylakoids
Foundations of Astronomy (MindTap Course List)
14th Edition
ISBN:9781337399920
Author:Michael A. Seeds, Dana Backman
Publisher:Michael A. Seeds, Dana Backman
Chapter25: Astrobiology: Life On Other Worlds
Section: Chapter Questions
Problem 8RQ: Describe an example of natural selection acting on new DNA patterns to select the most advantageous...
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Question
![The following table depicts characteristics of five prokaryotic species (1-5). Use the information in the table to answer the following question. Which species is capable of
directed movement?
Trait
Species 1
Plasmid
None
Species 2
R
Species 3
F
Species 4
R
Species 5
None
Gram
Staining
Results
Variable
Negative
Negative
Variable
Negative
Nutritional
Chemoauto-
Chemohetero-
Chemohetero-
Chemohetero-
Photoauto-
Mode
troph
troph
troph
troph
troph
Aerobic
Anaerobic
nitrogen fixation
methanotroph
Anaerobic lactic (obtains carbon and aerobic
and energy from photosystems
Specialized
Anaerobic
Metabolic
Anaerobic
alcoholic
acid
Pathways
methanogen
fermentation
fermentation
Other
Internal
Features
membranes
Flagellum
Pili
species 2
species 4
species 3
species 1
methane)
Fimbriae
I and II
Thylakoids](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F003be4cf-16a8-4c58-b6a8-fd2c192ebcf0%2F49523971-55cc-4b4a-9457-2899e1539001%2Fq3sxs9i_processed.png&w=3840&q=75)
Transcribed Image Text:The following table depicts characteristics of five prokaryotic species (1-5). Use the information in the table to answer the following question. Which species is capable of
directed movement?
Trait
Species 1
Plasmid
None
Species 2
R
Species 3
F
Species 4
R
Species 5
None
Gram
Staining
Results
Variable
Negative
Negative
Variable
Negative
Nutritional
Chemoauto-
Chemohetero-
Chemohetero-
Chemohetero-
Photoauto-
Mode
troph
troph
troph
troph
troph
Aerobic
Anaerobic
nitrogen fixation
methanotroph
Anaerobic lactic (obtains carbon and aerobic
and energy from photosystems
Specialized
Anaerobic
Metabolic
Anaerobic
alcoholic
acid
Pathways
methanogen
fermentation
fermentation
Other
Internal
Features
membranes
Flagellum
Pili
species 2
species 4
species 3
species 1
methane)
Fimbriae
I and II
Thylakoids
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