CH 1 Flashcards

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1
Q

First observes microorganisms

A

Anton van Leewenhoek

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2
Q

classifies all organisms into three domains

A

Carl Woese

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3
Q

Introduces vaccination for smallpox

A

Edward Jenner

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4
Q

demonstrated presence of maggots in putrefying meat does not result from spontaneous generation.

A

Francesco Redi

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5
Q

A Hungarian physician now known as an early pioneer of antiseptic procedures.

A

Ignaz Semmelweis

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6
Q

Early Experiments. supported the idea of spontaneous generation while those of Lazzaro Spallazani did not.

A

John Needham

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7
Q

His experiments of disproved spontaneous generation and supported what is now known as the theory of biogenesis

A

Louis Pasteur

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8
Q

Challenged the ‘vital forces’ by series of clever experiments, used sugar and yeast, demonstrated that air contains microorganisms.

A

Louis Pasteur

(Same guy)

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9
Q

Found microscopical mushrooms, is English Microscopist

A

Robert Hooke

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10
Q

demonstrates that a bacterium causes anthrax and introduces pure culture techniques.

A

Robert Koch

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11
Q

His experiments showed that some microbial forms are not killed by boiling.

A

John Tyndall

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12
Q

These scientists discovered endospores, the heat-resistant forms of some bacteria.

A

John Tyndall and Ferdinand Cohn

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13
Q

This scientist was credited with identifying cells as units in which living things are made of.

A

Antonie van Leeuwenhoek

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14
Q

We credit as the first to see living things (animalcules) with a microscope.

A

Antonie van Leeuwenhoek

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15
Q

Relating to or involved in the process of sunlight to synthesize nutrients from carbon dioxide and water.

A

photosynthetic

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16
Q

Microorganisms that are photosynthetic eukaryotes, single-celled or multicellular.

A

Algae

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17
Q

Microorganisms that are similar to bacteria in size with different molecular organization.

(image by Frank Fox)

A

archaebacteria

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18
Q

arkhaios

A

Archaea

(greek for

‘primitive’)

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19
Q

Orginisms that do cell contain peptidoglycan

A

Archaea

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20
Q

A substance that makes cell walls stronger.

A

peptidoglycan

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21
Q

The singular form of Bacteria.

A

bacterium

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22
Q

Places of bacteria are present.

A

Everywhere

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23
Q

These orginsims are single-celled, prokaryotes that have peptidoglycan in their cell wall.

A

Bacteria

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24
Q

Any process where microorganisms reduce the pollution in an environment.

A

biodegradation

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25
Q

The process of degrading materials by microorganisms, common in environmental pollutants.

A

bioremediation

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26
Q

The synthesis (production) of living things by living things.

A

biogenesis

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27
Q

The use of living systems and organisms that develop or create products.

A

Biotechnology

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28
Q

Bread, wine, beer, cheeses, degrading toxic pollutants and synthesis of products are examples which study?

A

Biotechnology

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29
Q

These members of the microbial world are not composed of cells and are said to be?

A

non-living

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30
Q

This type of condition is caused by pathogens and microorganisms.

A

chronic diseases

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31
Q

All living organisms are classified into how many domains?

A

3

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32
Q

_____, Bacteria and Eukarya are the three domains of organisms.

A

Archaea

(think A.B.E)

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33
Q

Archaea, _____ and Eukarya are the three domains of organisms.

A

Bacteria

(think A.B.E)

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34
Q

Archaea, Bacteria and _____ are the three domains of organisms.

A

Eukarya

(think A.B.E)

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35
Q

The highest level of biological classification.

A

Domain

36
Q

An infectious disease that has increased within the past 35 years.

A

emerging infectious diseases

37
Q

More needs to be done to prevent emerging infectious diseases, some of which are new or newly recognized.

A

emerging infectious diseases

38
Q

A cell that is dormant and very resistant, produced by Bacillus and Clostridium species.

A

endospores

39
Q

These forms of bacteria are heat resistant, discovered by Tyndall.

A

endospores

40
Q

A type of organism classified by one or more eukaryotic cells.

A

Eukarya

41
Q

A cell type classified by a membrane-bound (organelles) nucleus.

A

Eukaryotic Cell

42
Q

A eukaryotic organism type, classified as unicellular or multicellular, contain chitin in the cell wall and are heterotrophs.

A

Fungi

43
Q

A type of substance classified by polysaccharides and forming major constituents of anthropoids and cell walls of fungi.

A

chitin

44
Q

A type of organism that cannot manufacture its own food.

A

heterotrophs

45
Q

A principle taxonomic category between the ranges of species and family, denoted by a capital latin name.

A

genus

46
Q

A principle derived from discoveries that lead to the suggestion that microorganisms cause certain diseases.

A

Germ Theory of Disease

47
Q

An era started by scientists challenging and disapproving spontaneous generation.

A

Golden Age of Microbiology

48
Q

A eukaryotic orginism classified by the formation of different types of cells, microscopic, a worm.

A

helminth

49
Q

The measurement unit that best defines microbes, not commonly used in common life.

A

micro

50
Q

A microscopic organism which exists as unicellular or multicellular.

A

Microbe

51
Q

A type of equipment that allowed discovery of the world of microbes.

A

microscope

52
Q

These class of organisms is classified by small size.

A

microbes

53
Q

The use of organism (non-human) for understanding particular phenomena.

A

model organisms

54
Q

This type of class of organism makes a phenomenal model organism due to growth, genetics and metabolic.

A

Microorganisms

55
Q

Types of organisms classified as containing many cells and the cells also differentiate to form tissue.

A

Multicellular

56
Q

A type of organism that can be multicellular and has different types of cells that form a stalk that is spore-bearing.

A

mushroom

57
Q

A type of system for names, terms or rules for forming terms. Also denotes a genus and epithet.

A

nomenclature

58
Q

Certain microorganisms that play essential roles in the host and do not cause disease.

A

normal microbiota

59
Q

A parasitic worm classified by living at the expense of the host.

A

Parasitic helminths

60
Q

Types of microorganism responsible for causing disease in the host.

A

Pathogens

61
Q

In one of the two forms to prevent and treat disease, the body’s immunity is increased to prevent disease.

A

Vaccinations

62
Q

In one of the two forms to prevent and treat disease, antimicrobial drugs are used in prevention of bacterial infections.

A

Antibiotics

63
Q

Bacteria contain a substance in their cell walls that cause rigidness.

A

peptidoglycan

64
Q

A type of infectious agent that is classified as one misfolded version of a normal cellular protein.

A

Prion

65
Q

Bacteria and Archaea are?

A

prokaryotic

66
Q

These types of cells are the smallest cells and generally smaller than Eukaryotic cells

A

Prokaryotic

67
Q

A well-substantiated explanation supported by a vast body of experimental evidence.

A

scientific theory

68
Q

An infectious disease caused by one of two virus variants, killing upwards to 10 million people.

A

Small pox

69
Q

When was Small Pox, the infectious disease eliminated ?

A

1977

70
Q

The largest group of organisms with fertile offspring, written in italics or underlined.

A

species

71
Q

A supposed production of living organisms from nonliving matter.

A

spontaneous generation

72
Q

Spontaneous generation was highly challenged by who in the seventeenth century?

A

Francesco Redi

73
Q

A genetic variation or subtype of microorganism.

A

strains

74
Q

A type of organism known as a single-celled organism, where all the cells are the same.

A

unicellular

75
Q

A type of infectious entity that is smaller than a virus, consist of only nucleic acid (short RNA) without protein coat.

A

Viroids

76
Q

A type of infection agent classified by a nucleic acid (DNA or RNA, not both) in a protein coat, not cellular or truly living.

A

Viruses

77
Q

A type of infection agent known for only multiplying in invaded living cells.

A

Viruses

78
Q

Viruses, infectious agents are smaller than any cell and require this type of microscope to be seen.

A

electron microscope

79
Q

A type of microscopic fungus classified as single oval cells that reproduce by budding and converts sugar into alcohol and CO2.

A

yeast

80
Q

How long has the microscopic fungus yeast been used in bread making?

A

4,000 years

81
Q

The scientific method includes (1) _____ 2) hypothesis (3) control (4) communicating

A

obervation

82
Q

The scientific method includes (1) obervation 2) _____ (3) control (4) communicating

A

hypothesis

83
Q

The scientific method includes (1) obervation 2) hypothesis (3) _____ (4) communicating

A

control

84
Q

The scientific method includes (1) obervation 2) hypothesis (3) control (4) _____

A

communicating

85
Q

An informal term for single-celled eukaryotes, either free-living or parasitic, that are heterotrophic.

A

Protozoa