Bacteria and Archaea Flashcards

1
Q

Invariably have a nuclear material and aren’t complex membrane-bound organelles

A

Bacteria and Archaea

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2
Q

The inclusions

A

Bacterial Cells

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3
Q

Simple
Two-dimensional

A

Ordinary Microscope

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4
Q

Three-dimensional
Rod-shaped

A

Electron Microscope

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5
Q

Functions of the Bacteria

A

Reproduction
Metabolism
Nutrient Processing

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6
Q

Sizes of the Bacteria

A

Average
Thiomargarita Magnifica / Largest
Smallest

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7
Q

1 um

A

Average

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8
Q

750 um

A

Thiomargarita Magnifica / Largest

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9
Q

200-500 um

A

Smallest

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10
Q

Shapes of the Bacteria

A

Coccus
Bacillus
Curved

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11
Q

Spherical / Ball-shaped

A

Coccus

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12
Q

Blocky / Spindle-shaped

A

Bacillus

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13
Q

General

A

Curved

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14
Q

Short and plumped

A

Coccobacillus

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15
Q

Gently curved

A

Vibrio

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16
Q

Curled or spiral-shaped cylinder

A

Spirillum

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17
Q

Flexible

A

Spirochete

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18
Q

Lacks on Cell Wall

A

Mycoplasmas

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19
Q

Intended variation of cell shape and sizes

A

Pleomorphism

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20
Q

Arrangements

A

Single
Double
Tetrads
Irregular Clusters
In Chains
Sacrina

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21
Q

1 / Cocci

A

Single

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22
Q

2 / Diplocci

A

Double

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23
Q

4

A

Tetrads

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24
Q

Small / Staphylococci or Micrococci

A

Irregular Clusters

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25
Big / Streptococci
In Chains
26
8, 16, etc.
Sacrina
27
1 / Bacci
Single
28
2 / Diplobacci
Double
29
Big / Streptobacci
In Chains
30
Microbial habitats with access to food, water, atmosphere, and others
Biofilms
31
Single-cell
Planktonic
32
Substances attraction
Colonists
33
Damaged heart valves Hard surfaced teeth Affinity for numerous implanted medical devices
Serious Medical Implications
34
The outer surface
External Structures
35
Accessory structures sprout from surface of Bacteria
Appendages
36
Two Types of Appendages
Provides the needed motility Provides attachment points or channels
37
Free / thorough
Flagellum
38
Three Parts of Flagellum
Filament Hook Basal Body
39
Helical structure composed of proteins
Filament
40
Anchor
Hook
41
Stacks of all firm rings
Basal Body
42
Two Patterns of Flagellum
Polar Peritrichous
43
Attached
Polar
44
Dispersed
Peritrichous
45
Four Points of Flagellum
Chemotaxis Run Tumbles Phototaxis
46
Towards chemicals
Chemotaxis
47
Flagellum moving counterclockwise
Run
48
Flagellum moving clockwise
Tumble
49
Towards light
Phototaxis
50
Twists / flexes
Axial Filament
51
Long, rigid, adhesive tubular structure
Pilus
52
Small, rendered bristle-like fiber cells
Fimbriae
53
Special connecting process
Pili
54
Partial transfer of DNA
Conjugation
55
Cytoplasmic extension transferring electrons
Nanowire
56
Protein linking
S Layer
57
Coating development
Glycocalyx
58
Loosely attached Dehydration
Slime Layer
59
Tightly attached Desication
Capsule
60
Body defense
Phagocytes
61
The layers
The Cell Envelope: The Boundary Layer of Bacteria
62
Hans Christian Gram 1882
Author
63
Rendered staining technique
Gram Stain
64
Two Structural Expected Results
Gram-Positive Bacteria Gram-Negative Bacteria
65
Provides framework Peptidoglycan
Cell Wall
66
Selectively permeable Phospholipid Bilayer
Cytoplasmic Membrane
67
Counterparts
Outer Membrane
68
Cell disrupture
Lysis
69
Thick Cell Wall Inner Cytoplasmic Membrane Many Peptidoglycan layers 20-80 nm Purple
Gram-Positive Cell Wall
70
Thin Cell Wall Outer Membrane One Peptidoglycan layer 1-3 nm Pink
Gram-Negative Cell Wall
71
The inner surface
Internal Structures
72
Single circular DNA aggravating Nucleoids
Bacterial Chromosome
73
Double circular DNA integrating Chromosomes
Plasmid
74
Protein Synthesis
Ribosome
75
Storage site
Inclusion Body
76
Cell structure
Cytoskeleton
77
Facilitates survival
Endospore
78
Endospore formation
Sporulation
79
Endospore resistance
Dipicolinic Acid
80
Endospore sporulating
Sporangium
81
Active reproduction
Germination
82
The involvements
Archaeal Cells
83
Environment
Adaptation
84
Carbon Dioxide Hydrogen
Conversion
85
Converted Methane Gas
Methanogens
86
Methane Gas conversion
Methanogenesis
87
Salt growth
Halophile
88
Light presence
Halobacteria
89
Adapting low temperature
Psychrophile
90
High temperature adaptation
Hyperthermophile
91
Biochemistry Genetics Molecular Traits
Main
92
Phenotypic Traits
Bergey’s Manual
93
Gram-Negative Thin
Gracilicutes
94
Gram-Positive Thick
Firmicutes
95
Lacks Cell Wall
Tenericutes
96
Archaea
Mendosicutes
97
+O
Aerobic
98
-O
Anaerobic
99
Designation
Subspecies / Strain / Type
100
Distinction
Serotype