The following table depicts characteristics of five prokaryotic species (A- E). Use the information in the table to answer the following question. Trait Plasmid Species A R Species B None Variable Species D F Species C Species E None Gram Staining Variable Results Nutritional Mode Specialized Metabolic Pathways Negative Negative Negative Chemohete ro- Chemoauto- Chemohete ro- Chemohetero- Photoauto- troph Anaerobic nitrogen fixation and aerobic photosystems I and II Thylakoids troph Anaerobic troph Aerobic methanotroph methanogen (obtains carbon and energy from methane) troph Anaerobic butanolic fementation troph Anaerobic lactic add fermentation Other Features Fimbriae Intemal membranes Flagellum Pili Which two species should have much more phospholipid, in the form of bilayers, in their cytoplasms than most other bacteria?
The following table depicts characteristics of five prokaryotic species (A- E). Use the information in the table to answer the following question. Trait Plasmid Species A R Species B None Variable Species D F Species C Species E None Gram Staining Variable Results Nutritional Mode Specialized Metabolic Pathways Negative Negative Negative Chemohete ro- Chemoauto- Chemohete ro- Chemohetero- Photoauto- troph Anaerobic nitrogen fixation and aerobic photosystems I and II Thylakoids troph Anaerobic troph Aerobic methanotroph methanogen (obtains carbon and energy from methane) troph Anaerobic butanolic fementation troph Anaerobic lactic add fermentation Other Features Fimbriae Intemal membranes Flagellum Pili Which two species should have much more phospholipid, in the form of bilayers, in their cytoplasms than most other bacteria?
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Structure and Composition of Cell Membrane
Despite differences in structure and function, all living cells in multicellular organisms are surrounded by a cell membrane. Just like the outer layer of the skin separates the body from its environment similarly, the cell membrane, also known as 'plasma membrane,' separates the inner content from its exterior environment.
Cell Membrane
The cell membrane is known by different names like plasma membrane or cytoplasmic membrane, or biological membrane. The term "cell membrane" was first introduced by C. Nageli and C. Cramer in the year 1855. Later on, in 1931, the term "plasmalemma" for cell membrane was given by J. Plowe. The cell membrane separates the cell's internal environment from the extracellular space. This separation allows the protection of cells from their environment.
Prokaryotes vs Eukaryotes
The cell is defined as the basic structural and functional unit of life. The cell membrane bounds it. It is capable of independent existence.
Question
![**Prokaryotic Species Characteristics**
The table below provides detailed characteristics of five prokaryotic species (A-E). The information includes traits such as plasmid presence, gram staining results, nutritional mode, specialized metabolic pathways, and other features unique to each species.
| **Trait** | **Species A** | **Species B** | **Species C** | **Species D** | **Species E** |
|-------------------------|-------------------|-------------------|-------------------|-------------------|----------------------------------------------|
| **Plasmid** | R | None | R | F | None |
| **Gram Staining Results** | Variable | Variable | Negative | Negative | Negative |
| **Nutritional Mode** | Chemoheterotroph | Chemoautotroph | Chemoheterotroph | Chemoheterotroph | Photoautotroph |
| **Specialized Metabolic Pathways** | Aerobic methanotroph (obtains carbon and energy from methane) | Anaerobic methanogen | Aerobic butanoic fermentation | Anaerobic lactic acid fermentation | Anaerobic nitrogen fixation and aerobic photosystems I and II |
| **Other Features** | Fimbriae | Internal membranes | Flagellum | Pili | Thylakoids |
**Question:**
Which two species should have much more phospholipid, in the form of bilayers, in their cytoplasms than most other bacteria?
- [ ] Species B and E
- [ ] Species C and D
- [ ] Species A and C
- [ ] Species A and B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8194b9bd-e4f1-452e-8f88-0cdece0cb190%2Fce723d5c-d1bc-410e-b40d-405c326bf474%2Ftxdejkj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Prokaryotic Species Characteristics**
The table below provides detailed characteristics of five prokaryotic species (A-E). The information includes traits such as plasmid presence, gram staining results, nutritional mode, specialized metabolic pathways, and other features unique to each species.
| **Trait** | **Species A** | **Species B** | **Species C** | **Species D** | **Species E** |
|-------------------------|-------------------|-------------------|-------------------|-------------------|----------------------------------------------|
| **Plasmid** | R | None | R | F | None |
| **Gram Staining Results** | Variable | Variable | Negative | Negative | Negative |
| **Nutritional Mode** | Chemoheterotroph | Chemoautotroph | Chemoheterotroph | Chemoheterotroph | Photoautotroph |
| **Specialized Metabolic Pathways** | Aerobic methanotroph (obtains carbon and energy from methane) | Anaerobic methanogen | Aerobic butanoic fermentation | Anaerobic lactic acid fermentation | Anaerobic nitrogen fixation and aerobic photosystems I and II |
| **Other Features** | Fimbriae | Internal membranes | Flagellum | Pili | Thylakoids |
**Question:**
Which two species should have much more phospholipid, in the form of bilayers, in their cytoplasms than most other bacteria?
- [ ] Species B and E
- [ ] Species C and D
- [ ] Species A and C
- [ ] Species A and B
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