Deck 3: Cell Structure and Function
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Deck 3: Cell Structure and Function
1
Some bacteria have a water-soluble outer slime layer composed of
A) carbohydrate.
B) lipid.
C) peptidoglycan.
D) protein.
E) lipoteichoic acid.
A) carbohydrate.
B) lipid.
C) peptidoglycan.
D) protein.
E) lipoteichoic acid.
A
2
Which of the following statements concerning osmosis is FALSE?
A) Osmosis requires a selectively permeable membrane.
B) During osmosis, water crosses to the side of the membrane with a lower solute concentration.
C) Cells placed in hypotonic solutions will gain water.
D) Crenation results when blood cells are placed in a hypertonic solution.
E) Osmosis stops when the system reaches equilibrium.
A) Osmosis requires a selectively permeable membrane.
B) During osmosis, water crosses to the side of the membrane with a lower solute concentration.
C) Cells placed in hypotonic solutions will gain water.
D) Crenation results when blood cells are placed in a hypertonic solution.
E) Osmosis stops when the system reaches equilibrium.
B
3
Bacteria of the genus Mycoplasma lack cell walls.What sort of environment do they require for survival?
A) low temperature
B) hypotonic
C) isotonic
D) hypertonic
E) a biofilm
A) low temperature
B) hypotonic
C) isotonic
D) hypertonic
E) a biofilm
C
4
ATP is expended in which of the following processes?
A) facilitated diffusion
B) diffusion
C) group translocation
D) active transport
E) both active transport and group translocation
A) facilitated diffusion
B) diffusion
C) group translocation
D) active transport
E) both active transport and group translocation
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5
Using a microscope,you observe an amoeba moving toward a food source.This is an example of
A) reproduction.
B) cellular structure.
C) metabolism.
D) growth.
E) responsiveness.
A) reproduction.
B) cellular structure.
C) metabolism.
D) growth.
E) responsiveness.
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6
Which of the following may be a component of bacterial cell walls?
A) carrageenan
B) lipoteichoic acids
C) mycolic acid
D) tubulin
E) both lipoteichoic and mycolic acids
A) carrageenan
B) lipoteichoic acids
C) mycolic acid
D) tubulin
E) both lipoteichoic and mycolic acids
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7
Which of the following is NOT a characteristic of all living things?
A) metabolism
B) motility
C) growth
D) reproduction
E) responsiveness
A) metabolism
B) motility
C) growth
D) reproduction
E) responsiveness
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8
Lipid A is a component of
A) lipopolysaccharides.
B) plant cell walls.
C) cytoplasmic membranes.
D) mycolic acid.
E) bacterial glycocalyces.
A) lipopolysaccharides.
B) plant cell walls.
C) cytoplasmic membranes.
D) mycolic acid.
E) bacterial glycocalyces.
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9
Lipid-soluble molecules would be expected to cross the cytoplasmic membrane by which of the following processes?
A) osmosis
B) facilitated diffusion
C) diffusion
D) active transport
E) group translocation
A) osmosis
B) facilitated diffusion
C) diffusion
D) active transport
E) group translocation
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10
Endospores survive a variety of harsh conditions in part because of the presence of
A) mycolic acid.
B) lipopolysaccharide.
C) hopanoids.
D) dipicolinic acid.
E) glycoproteins.
A) mycolic acid.
B) lipopolysaccharide.
C) hopanoids.
D) dipicolinic acid.
E) glycoproteins.
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11
Which of the following organisms is a prokaryote?
A) algae
B) archaea
C) fungus
D) protozoa
E) both archaea and protozoa
A) algae
B) archaea
C) fungus
D) protozoa
E) both archaea and protozoa
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12
Which of the following bacterial cell structures plays an important role in the creation of biofilms?
A) glycocalyces
B) flagella
C) fimbriae
D) pili
E) both fimbriae and glycocalyces
A) glycocalyces
B) flagella
C) fimbriae
D) pili
E) both fimbriae and glycocalyces
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13
Bacterial ________ are sites of metabolite storage.
A) nucleoids
B) vacuoles
C) inclusions
D) pili
E) periplasm
A) nucleoids
B) vacuoles
C) inclusions
D) pili
E) periplasm
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14
Protein synthesis occurs in the
A) nucleus.
B) ribosome.
C) inclusion.
D) cytoskeleton.
E) periplasmic space.
A) nucleus.
B) ribosome.
C) inclusion.
D) cytoskeleton.
E) periplasmic space.
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15

The cells illustrated in Figure 3.1 are in a(n)________ environment.
A) hypotonic
B) hypertonic
C) isotonic
D) fluid mosaic
E) passive
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16
Which of the following is unique to archaea?
A) hypotonic
B) hypertonic
C) isotonic
D) fluid mosaic
E) passive
A) hypotonic
B) hypertonic
C) isotonic
D) fluid mosaic
E) passive
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17
Which of the following is NOT a component of bacterial flagella?
A) flagellin
B) basal body
C) tubulin
D) filament
E) hook
A) flagellin
B) basal body
C) tubulin
D) filament
E) hook
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18
Which of the following statements concerning the characteristics of life is FALSE?
A) reproduction is defined as an increase in the size of an organism.
B) viruses have some, but not all, of the characteristics of living things.
C) organisms may not exhibit all of the characteristics of life at all times.
D) reproduction can occur asexually or sexually in living things.
E) living things store metabolic energy in the form of chemicals such as ATP.
A) reproduction is defined as an increase in the size of an organism.
B) viruses have some, but not all, of the characteristics of living things.
C) organisms may not exhibit all of the characteristics of life at all times.
D) reproduction can occur asexually or sexually in living things.
E) living things store metabolic energy in the form of chemicals such as ATP.
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19
Bacterial cell walls that are resistant to drying contain
A) carbohydrates.
B) amino acids.
C) lipopolysaccharide.
D) tubulin.
E) waxes.
A) carbohydrates.
B) amino acids.
C) lipopolysaccharide.
D) tubulin.
E) waxes.
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20
Which of the following statements concerning conjugation pili is FALSE?
A) Pili are longer than fimbriae and flagella.
B) Pili facilitate the transfer of DNA among bacterial cells.
C) Pili are long, hollow tubules.
D) Not all bacteria have pili.
E) A bacterial cell will usually have only one or two pili.
A) Pili are longer than fimbriae and flagella.
B) Pili facilitate the transfer of DNA among bacterial cells.
C) Pili are long, hollow tubules.
D) Not all bacteria have pili.
E) A bacterial cell will usually have only one or two pili.
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21
Which of the following chemical substances contributes to the unique characteristics of acid-fast bacteria?
A) N-acetylglucosamine
B) peptidoglycan
C) lipoteichoic acid
D) endotoxin
E) mycolic acid
A) N-acetylglucosamine
B) peptidoglycan
C) lipoteichoic acid
D) endotoxin
E) mycolic acid
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22
Cholesterols are typically found in ________ cytoplasmic membranes.
A) eukaryotic
B) bacterial
C) archaeal
D) prokaryotic
E) both eukaryotic and prokaryotic
A) eukaryotic
B) bacterial
C) archaeal
D) prokaryotic
E) both eukaryotic and prokaryotic
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23
Which of the following is NOT a function of the eukaryotic cytoskeleton?
A) anchors organelles
B) gives shape to the cell
C) packages cellular secretions
D) performs endocytosis
E) aids in contraction of the cell
A) anchors organelles
B) gives shape to the cell
C) packages cellular secretions
D) performs endocytosis
E) aids in contraction of the cell
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24
Which of the following eukaryotic processes involve pseudopodia?
A) endocytosis
B) exocytosis
C) amoeboid action
D) both amoeboid action and endocytosis
E) both endocytosis and exocytosis
A) endocytosis
B) exocytosis
C) amoeboid action
D) both amoeboid action and endocytosis
E) both endocytosis and exocytosis
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25
Which of the following is classified as a nonmembranous organelle of eukaryotic cells?
A) endoplasmic reticulum
B) Golgi body
C) mitochondrion
D) centriole
E) peroxisome
A) endoplasmic reticulum
B) Golgi body
C) mitochondrion
D) centriole
E) peroxisome
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26
Bacterial ribosomes are composed of several polypeptides and
A) three RNA molecules in two subunits.
B) three RNA molecules in three subunits.
C) two RNA molecules in two subunits.
D) two RNA molecules in a single complex.
E) one large RNA molecule in a single complex.
A) three RNA molecules in two subunits.
B) three RNA molecules in three subunits.
C) two RNA molecules in two subunits.
D) two RNA molecules in a single complex.
E) one large RNA molecule in a single complex.
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27
Membrane rafts are found in the cytoplasmic membranes of
A) archaea only.
B) bacteria only.
C) eukaryotes only.
D) both archaea and bacteria.
E) both archaea and eukaryotes.
A) archaea only.
B) bacteria only.
C) eukaryotes only.
D) both archaea and bacteria.
E) both archaea and eukaryotes.
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28
Short,hairlike structures used only by eukaryotic cells for movement are called
A) pili.
B) flagella.
C) fimbriae.
D) pseudopodia.
E) cilia.
A) pili.
B) flagella.
C) fimbriae.
D) pseudopodia.
E) cilia.
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29
Endocytosis and exocytosis are means of transport used by
A) bacteria.
B) eukaryotes.
C) archaea.
D) all prokaryotes.
E) nothing; no cells use both processes.
A) bacteria.
B) eukaryotes.
C) archaea.
D) all prokaryotes.
E) nothing; no cells use both processes.
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30
Which of the following is paired incorrectly?
A) plants; cellulose cell wall
B) algae; glycocalyx
C) bacteria; peptidoglycan cell wall
D) fungi; polysaccharide cell wall
E) archaea; protein cell wall
A) plants; cellulose cell wall
B) algae; glycocalyx
C) bacteria; peptidoglycan cell wall
D) fungi; polysaccharide cell wall
E) archaea; protein cell wall
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31
What types of molecules may NOT need transport proteins to be able to cross cytoplasmic membranes?
A) large molecules
B) ions
C) small hydrophobic molecules
D) small hydrophilic molecules
E) nothing crosses cytoplasmic membranes without transport proteins
A) large molecules
B) ions
C) small hydrophobic molecules
D) small hydrophilic molecules
E) nothing crosses cytoplasmic membranes without transport proteins
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32
The accumulation of glucose 6-phosphate inside a bacterial cell via phosphorylation of glucose is an example of
A) facilitated diffusion.
B) group translocation.
C) osmosis.
D) plasmolysis.
E) diffusion.
A) facilitated diffusion.
B) group translocation.
C) osmosis.
D) plasmolysis.
E) diffusion.
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33
The glycocalyx of a eukaryotic cell performs all of the following functions EXCEPT
A) protection against dehydration.
B) anchoring cells to each other.
C) cellular recognition and communication.
D) transfer of genetic material between cells.
E) strengthening the cell surface.
A) protection against dehydration.
B) anchoring cells to each other.
C) cellular recognition and communication.
D) transfer of genetic material between cells.
E) strengthening the cell surface.
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34
Chloroplasts differ from mitochondria in that the former have
A) DNA.
B) two lipid bilayers.
C) 70S ribosomes.
D) thylakoids.
E) cristae.
A) DNA.
B) two lipid bilayers.
C) 70S ribosomes.
D) thylakoids.
E) cristae.
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35
The bacterial ________ facilitates the process of bacterial cell division.
A) nucleoid
B) inclusion
C) pilus
D) cytoskeleton
E) fimbriae
A) nucleoid
B) inclusion
C) pilus
D) cytoskeleton
E) fimbriae
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36
Which of the following processes requires a carrier protein?
A) diffusion only
B) facilitated diffusion only
C) active transport only
D) endocytosis only
E) both facilitated diffusion and active transport
A) diffusion only
B) facilitated diffusion only
C) active transport only
D) endocytosis only
E) both facilitated diffusion and active transport
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37
The cytoplasmic membranes of ________ contain unbranched phospholipids and proteins.
A) archaeal cells
B) bacterial cells
C) eukaryotic cells
D) both bacterial and eukaryotic cells
E) archaeal, bacterial, and eukaryotic cells
A) archaeal cells
B) bacterial cells
C) eukaryotic cells
D) both bacterial and eukaryotic cells
E) archaeal, bacterial, and eukaryotic cells
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38
Which of the following is part of the structure of the mitochondria of a eukaryotic cell?
A) cilia
B) cristae
C) thylakoids
D) inclusions
E) nucleolus
A) cilia
B) cristae
C) thylakoids
D) inclusions
E) nucleolus
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39
Some ________ use group translocation as a means of transport.
A) eukaryotes
B) bacteria
C) archaea
D) protozoa
E) eukaryotes and prokaryotes
A) eukaryotes
B) bacteria
C) archaea
D) protozoa
E) eukaryotes and prokaryotes
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40
Which of the following statements about the endoplasmic reticulum (ER)is CORRECT?
A) The rough ER is the site of lipid synthesis.
B) The smooth ER has ribosomes associated with it.
C) The ER is a lipid storage organelle..
D) The ER is a transport system within the cytoplasm.
E) The smooth ER is a site of ATP synthesis.
A) The rough ER is the site of lipid synthesis.
B) The smooth ER has ribosomes associated with it.
C) The ER is a lipid storage organelle..
D) The ER is a transport system within the cytoplasm.
E) The smooth ER is a site of ATP synthesis.
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41
________ may have pili.
A) Eukaryotes
B) Archaea
C) Bacteria
D) Prokaryotes
E) Both eukaryotes and bacteria
A) Eukaryotes
B) Archaea
C) Bacteria
D) Prokaryotes
E) Both eukaryotes and bacteria
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42
Bacterial protein synthesis can begin before the reading of the gene is complete.
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43

The processes illustrated in Figure 3.4 do not require energy input.
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44
Lysosomes result from the endocytosis of food particles by eukaryotic cells.
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45
The presence of a glycocalyx contributes to bacteria's ability to cause disease.
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46
Peroxisomes contain enzymes used to digest nutrients that have been brought into the cell through phagocytosis.
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47

What is the function of the cellular structure indicated by "c" in Figure 3.2?
A) provide shape only
B) attach to surfaces only
C) protect from dehydration only
D) attach to surfaces and protect from dehydration
E) serve as carbohydrate storage
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48

The short structures on the surface of the cell in Figure 3.5 are pili.
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49
Some members of ________ have hami.
A) archaea
B) bacteria
C) eukaryotes
D) archaea and bacteria
E) bacteria and eukaryotes
A) archaea
B) bacteria
C) eukaryotes
D) archaea and bacteria
E) bacteria and eukaryotes
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50
The cell walls of some ________ are composed of minerals such as calcium carbonate.
A) archaea
B) bacteria
C) algae
D) fungi
E) bacteria and fungi
A) archaea
B) bacteria
C) algae
D) fungi
E) bacteria and fungi
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51
Chloroplasts use light energy to produce ATP and carbohydrates.
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52
Chromatin is composed of DNA and special packaging proteins called hopanoids.
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53

What is the function of the cellular structure indicated by "m" in Figure 3.3?
A) ATP synthesis
B) protein synthesis
C) synthesis of lipids
D) packaging of materials for export
E) cell movement and mitosis
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54
Cytoplasmic membranes of ________ are composed of unbranched phospholipids.
A) bacteria
B) eukaryotes
C) archaea
D) prokaryotes
E) bacteria and eukaryotes
A) bacteria
B) eukaryotes
C) archaea
D) prokaryotes
E) bacteria and eukaryotes
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55
Which of the following have a periplasmic space?
A) Gram-negative bacteria only
B) Gram-positive bacteria only
C) both Gram-positive and Gram-negative bacteria
D) archaea
E) eukaryotes
A) Gram-negative bacteria only
B) Gram-positive bacteria only
C) both Gram-positive and Gram-negative bacteria
D) archaea
E) eukaryotes
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56
Which of the following prokaryotic cells contain an outer membrane?
A) Gram-negative bacteria only
B) Gram-positive bacteria only
C) both Gram-positive and Gram-negative bacteria
D) archaea
E) all prokaryotes
A) Gram-negative bacteria only
B) Gram-positive bacteria only
C) both Gram-positive and Gram-negative bacteria
D) archaea
E) all prokaryotes
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57
Which of the following never have cell walls?
A) algae
B) animal cells
C) archaea
D) bacteria
E) fungi
A) algae
B) animal cells
C) archaea
D) bacteria
E) fungi
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58
Eukaryotic ribosomes are composed of 50S and 30S subunits.
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59
Archaeal cytoplasmic membranes are composed of unbranched phospholipids.
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60
Which of the following may have cell walls containing teichoic acids?
A) Gram-negative bacteria only
B) Gram-positive bacteria only
C) archaea
D) both Gram-positive and Gram-negative bacteria
E) all prokaryotes
A) Gram-negative bacteria only
B) Gram-positive bacteria only
C) archaea
D) both Gram-positive and Gram-negative bacteria
E) all prokaryotes
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61
In a(n)(hypertonic/isotonic/hypotonic)solution,an animal cell can gain so much water that it may burst.
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62
The smooth endoplasmic reticulum is the site of (protein/lipid/carbohydrate)synthesis.
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63
The semiliquid matrix of the nucleus is called the (cytoplasm/nucleoid/nucleoplasm).
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64
Describe how the structure of the bacterial cytoplasmic membrane relates to its function of selective permeability.
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65
The presence of a cell (wall/membrane)enables bacterial and plant cells to resist the effects of hypotonic solutions.
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66
Fragments of (LPS/NAM/NAG)released from Gram-negative bacteria into the bloodstream produce fever and shock.
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67
The "run" in bacterial motility is the result of (clockwise/counterclockwise/whiplike)rotation of the flagella.
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68

The process illustrated in Figure 3.6 occurs in (eukaryotic/bacterial/archaeal)cells.
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69
Golgi bodies are examples of a (membranous/non-membranous/cellular)organelle.
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70
Both mitochondria and chloroplasts have inner membranes with much greater surface area than their outer membranes.Discuss the contribution of the extensive inner membranes to the roles of these organelles.
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71
Eukaryotic cells use a process known as (pinocytosis/phagocytosis/exocytosis)to obtain liquids from their environment.
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72
A(n)(symport/antiport/uniport)is a carrier protein that transports two substances in the same direction across a membrane.
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73
Compare and contrast the characteristics of prokaryotic and eukaryotic cells.
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74
Most antibacterial drugs disrupt or destroy bacterial cellular characteristics that are different from those of eukaryotic cells or that may not even be present in eukaryotic cells,an idea termed 'selective toxicity'.List and describe at least three cellular features of bacteria that could be targeted to inhibit or kill a bacterial pathogen.
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75
A structural molecule found in eukaryotic cytoskeletons,flagella,cilia,and centrioles is (flagellin/tubulin/fibrin).
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76
A higher concentration of solutes corresponds to a (higher/lower)concentration of water in a given solution.
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77
A (capsule/slime layer/matrix)is a type of glycocalyx that is firmly attached to the cell.
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78
Fibrous structures with three "arms" some archaea use for attachment to surfaces are (fimbriae/hami/pili).
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79
Compare and contrast archaea and bacteria,with particular attention to the features that lead to their placement in separate taxa.
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80
The reserve deposits of starch or other compounds found in many prokaryotic cells are called (vacuoles/inclusions/nucleoid).
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