Microbe Mastery Quiz

Froggy Jumps

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Test your microbe knowledge

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Kristen Remidez

United States

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Microbe Mastery Quiz


Froggy Jumps Microbe Mastery QuizOnline version Test your microbe knowledge by Kristen Remidez 1 Destructive actions of microbes a Study of bacteria b Can be pathogenic (disease-producing); can cause food spoilage c Bases of food chain in aquatic environments; decompose organic waste; turn nitrogen gas into organic 2 Beneficial actions of microbes a Can be pathogenic (disease-producing); can cause food spoilage b Bases of food chain in aquatic environments; decompose organic waste; turn nitrogen gas into organic c Study of fungi 3 Percentage of bacterial cells in human body a 30-40% b 50-57% c 70-80% 4 Prokaryotes a Algae; Multicellular Animal Parasites b Fungi; Protozoa c Bacteria; Archaea 5 Eukaryotes a Viruses b Fungi; Protozoa; Algae; Multicellular Animal Parasites c Bacteria; Archaea 6 How was spontaneous generation disproved? a Germ theory of disease b Maggot in jar with meat experiment (Redi, 1668); Nutrient broth experiment (Needham, 1745); Boiling c Endosymbiotic theory 7 Germ theory of disease a Infections are caused by microscopic organisms (germs) that invade the body and multiply b Pathogens are beneficial to health c Cells come from spontaneous generation 8 Cell theory a DNA is the only molecule in cells b 1. All organisms are composed of one or more cells; 2. A cell is the basic unit of structure and org c Cells are created spontaneously 9 Importance of Koch’s postulates a Describes how vaccines work b Demonstrates how a specific microbe causes a specific disease c Explains photosynthesis 10 Significance of Jenner’s discovery a Invented germ theory b Developed smallpox immunity by inoculating with cowpox → start of vaccines c Discovered penicillin 11 Significance of Pasteur’s contributions a Created electron microscope b Developed antibiotics c Pasteurization, disproved spontaneous generation, fermentation research 12 Bacteriology a Study of bacteria b Study of fungi c Study of viruses 13 Mycology a Study of fungi b Study of viruses c Study of bacteria 14 Parasitology a Study of bacteria b Study of fungi c Study of protozoa & parasitic worms 15 Immunology a Study of immunity b Study of metabolism c Study of viruses 16 Virology a Study of bacteria b Study of fungi c Study of viruses 17 Microbial genetics a Study of how microbes inherit traits b Study of chemical reactions in cells c Study of how cells produce energy 18 Molecular biology a Study of how genetic information is carried in DNA molecules b Study of cell membranes c Study of RNA structure 19 Genomics a Study of protein synthesis b Study of metabolic pathways c Study of an organism’s genes 20 Beneficial activities of microorganisms a Food spoilage and decay b Recycling vital elements; sewage treatment; bioremediation; insect pest control c Pathogen invasion and disease 21 Biotechnology a Study of viral infections b Description of ecological niches c Use of microbes for practical purposes (food, chemicals) 22 Recombinant DNA technology a Describes photosynthesis b Enables microbes to produce proteins, vaccines, enzymes c Explains spontaneous generation 23 Normal microbiota a Destroy host tissues b Prevent growth of pathogens and produce vitamins B & K c Cause disease in healthy hosts 24 Infectious disease a Cell division mechanism b Beneficial metabolic process c Pathogen invades host and overcomes resistance 25 Biofilms a Free-floating single cells only b Always pathogenic c Microbes attach to solid surfaces and grow into complex masses 26 Units to measure microorganisms a Meters and centimeters b Micrometers (µm) and nanometers (nm); 1000 nm = 1 µm; 0.001 µm = 1 nm c Kilometers and miles

Microbe Mastery Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Microbe Mastery QuizOnline version

by Kristen Remidez

Destructive actions of microbes

Beneficial actions of microbes

Percentage of bacterial cells in human body

Prokaryotes

Eukaryotes

How was spontaneous generation disproved?

Germ theory of disease

Cell theory

Importance of Koch’s postulates

Significance of Jenner’s discovery

Significance of Pasteur’s contributions

Bacteriology

Mycology

Parasitology

Immunology

Virology

Microbial genetics

Molecular biology

Genomics

Beneficial activities of microorganisms

Biotechnology

Recombinant DNA technology

Normal microbiota

Infectious disease

Biofilms

Units to measure microorganisms