Division of Microbiology Quiz
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Study of microorganisms that involved in the manufacturing of antibiotics, enzymes, vitamins, vaccines, and other pharmaceutical goods that cause pharmaceutical contamination and spoil.
A. Industrial microbiology
B. Pharmaceutical microbiology
C. Food microbiology
Study of those microorganisms that are found in soil.
A. Land microbiology
B. Soil microbiology
C. Farm microbiology
Reveals how pathogenic microorganism interacts with host cells in what is turning out to be a complex evolutionary battle of competing gene products.
A. Evolutionary microbiology
B. Cellular microbiology
C. Predictive microbiology
Mycolony is the study of fungi, such as yeasts and molds.
A. TRUE
B. FALSE
Study of those microscopic organisms on nano level.
A. Nano technology
B. Nano microbiology
C. Nano agent
Study of bacteria is called Bacteriology.
A. TRUE
B. FALSE
Quantification of relations between controlling factors in foods and responses of pathogenic and spoilage microorganisms using mathematical modelling.
A. Predictive microbiology
B. Medical microbiology
C. Nano microbiology
Study of those microorganisms which are being used in weapon industries.
A. Evolutionary microbiology
B. Biological agent
C. Predictive microbiology
Study of microorganisms causing food spoilage and foodborne illness.
A. Veterinary microbiology
B. Environmental microbiology
C. Food microbiology
Organisms are thoroughly investigated.
A. Taxonomy microbiology
B. Applied microbiology
C. Pure microbiology
Study of microorganisms in outer space.
A. Predictive microbiology
B. Astro microbiology
C. Medical microbiology
Study of the role of microbes in veterinary medicine or animal taxonomy.
A. Animal microbiology
B. Veterinary microbiology
C. Veterinary medicine microbiology
Relationship between microorganisms and their environment.
A. Microbial ecology
B. Evolutionary microbiology
C. Nano microbiology
It refers to the phases of growth of the bacterial population.
A. Growth curve
B. Growth curvature
C. Growth expansion
Organisms themselves are not examined in applied microbiology; rather, they are applied to a specific process.
A. Pure microbiology
B. Science microbiology
C. Applied microbiology
Bridge systems biology and microbiology.
A. Systems microbiology
B. Microbial taxonomy
C. Applied Microbiology
Study of algae.
A. Virology
B. Zoology
C. Phycology
Study of microbial evolution.
A. Evolutionary microbiology
B. Evolution microbiology.
C. Voluntary Microbiology
Study of those microorganisms that have the same characters as their parents
A. Generation microbiology
B. Phylogeny
C. Nano microbiology
Study of how the biochemistry of a microbial cell works. Includes the study of microbial growth, microbial metabolism, and microbial cell structure.
A. Systems microbiology
B. Phylogeny
C. Microbial physiology
Study of microorganisms’ microscopic and submicroscopic features.
A. Microbial cytology
B. Microbial physiology
C. Microbial pathogenesis
This includes the following
-Microbial ecology
-Microbially mediated nutrient cycling
-Geomicrobiology
-Microbial diversity
-Bioremediation.
-Water microbiology
-Aeromicrobiology (or air microbiology).
-Biotechnology.
A. Mycology environment microbiology
B. Universal Microbiology
C. Environmental microbiology
Study of the process by which a microorganism causes a disease.
A. Microbial genetics
B. Microbial pathogenesis.
C. Biological agent
This is the study of the immune system. It looks at the relationships between pathogens such as bacteria and viruses and their hosts.
A. Virology
B. Immunology
C. Parasitology
Study of how genes are structured and regulated in microbes in relation to their cellular functions closely related to the field of molecular biology.
A. Microbial ecology
B. Microbial taxonomy
C. Microbial genetics
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